WO2015085582A1 - Load information reporting method, apparatus and system - Google Patents

Abstract

Embodiments of the present invention relate to the technical field of communications. Provided are a load information reporting method, apparatus and system, which are used for reporting load use condition of a carrier network. The load information reporting method comprises: a first wireless network node receiving request information sent by a second wireless network node, the request information comprising an identification of a cell and an identification of a public land mobile network, and the identification of the public land mobile network being used for identifying one carrier network of carrier networks sharing the cell; obtaining a current load of the carrier network according to the identification of the public land mobile network; and sending a load reporting message to the second wireless network node, the load reporting message comprising the identification of the cell and the current load of the carrier network. The embodiments of the present invention are used for a scenario of reporting load information.

Description

 The present invention relates to the field of communications technologies, and in particular, to a method, device, and system for reporting load information.

Background technique

 In order to reduce the cost of operators building networks and shorten the construction period, multiple operators can share the network. Network sharing means that multiple operators can share telecommunication network infrastructure and network equipment. Telecommunications network infrastructure such as: site, computer room facilities, towers, power equipment, etc.; network equipment such as: base station, transmission, core Telecommunications network equipment related facilities such as the Internet. Currently, wireless access network sharing is an important network sharing technology. Wireless access network sharing mainly means that user equipments of multiple carrier networks can share the same base station or cell. For example, when operators A and B share a 'zone, operator A shares the agreed shared resource ratio of the cell by 30%, and B shares the agreed shared resource ratio of the cell by 70%. When the load of the cell is 40%, if the load of the carrier A is 30% and the load of the operator B is 10%, the carrier A can continue to use the resources of the operator B because the cell is in a light load condition, that is, the cell can further Accept more users of A. When the cell is responsible for 80%, if the operator A is responsible for 45% and the operator B is responsible for 35%, because the cell is under heavy load, and the operator A exceeds the agreed shared resource ratio, the cell needs to limit A on the one hand. The user, on the other hand, needs to migrate the user of A to other cells, so that the control node of A needs to obtain the load usage of the shared cell and the load usage of A from the control node of the shared cell. However, in the network sharing scenario, the existing cell load event reporting mechanism does not report the load usage of the carrier network.

SUMMARY OF THE INVENTION Embodiments of the present invention provide a method, an apparatus, and a system for reporting load information, which use the above-mentioned load usage of an operator network. In order to achieve the above object, embodiments of the present invention use the following technical solutions: A first aspect provides a method for reporting load information, where the method includes: receiving, by a first radio network control node, request information sent by a second radio network control node; the request information includes a cell identifier and a public land mobile a network identity, the public land mobile network identifier is used to identify one of the operator networks sharing the cell; and the current load of the carrier network is obtained according to the public land mobile network identifier; The second wireless network control node sends a load report message. The load report message includes: an identifier of the cell and a current load of the carrier network. In a first possible implementation of the first aspect, the method further includes: acquiring a current load of the cell according to the identifier of the cell; the load reporting message further includes: a current load of the cell. In a second possible implementation manner of the first aspect, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine the The load reporting level of the cell, where the second measurement reporting level is used to determine a load reporting level of the carrier network. In a second possible implementation manner of the first aspect, the third possible implementation manner of the foregoing aspect is further provided, before the sending the load report message to the second radio network control node, the method further includes Obtaining, according to the public land mobile network identifier, an agreed shared resource ratio of the operator network, an overload threshold of the operator network, and a previous load of the operator network; acquiring the cell according to the identifier of the cell The overload threshold, the current load of the cell, and the last load of the cell; determining a load reporting level of the cell according to the first measurement reporting level number and an overload threshold of the cell; The number of reporting levels and the overload threshold of the operator network determine a load reporting level of the carrier network; The sending the load report message to the second radio network control node includes: loading the carrier network when the current load of the operator network is lower than the agreed shared resource ratio of the operator network In the process of changing the load of the carrier network to the current load of the carrier network, if the load change of the carrier network crosses the load reporting level of the carrier network, or the carrier The load change of the network spans the overload threshold of the carrier network, or the last load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, and is sent to the second wireless network control node. The load reporting message; or, if the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, the load of the cell is changed by the last load of the cell to the During the current load of the cell, if the load change of the cell crosses the load reporting level of the cell In addition, the load change of the cell spans the overload threshold of the cell, or when the last load of the carrier network is lower than the agreed shared resource ratio of the carrier network, to the second wireless network. The control node sends a load report message. In a second possible implementation manner of the first aspect, the fourth possible implementation manner of the foregoing aspect is further provided, before the sending the load report message to the second radio network control node, the method further includes Obtaining an agreed shared resource ratio of the operator network and a last load of the operator network according to the public land mobile network identifier; acquiring an overload threshold of the cell according to the identifier of the cell, and current a load and a last load of the cell; determining a load reporting level of the cell according to the first measurement reporting level number and an overload threshold of the cell; and the carrier network according to the second measurement reporting level number The agreed shared resource ratio determines the load reporting level of the operator network; The sending the load report message to the second radio network control node includes: loading the carrier network when the current load of the operator network is lower than the agreed shared resource ratio of the operator network In the process of changing the load of the carrier network to the current load of the carrier network, if the load change of the carrier network crosses the load reporting level of the carrier network, or the carrier The last load of the network is higher than or equal to the agreed shared resource ratio of the carrier network, and sends a load report message to the second wireless network control node; or, the current load of the carrier network is higher than or equal to In the case of the agreed shared resource ratio of the operator network, the load of the cell changes from the last load of the cell to the current load of the cell, if the load change of the cell crosses the load of the cell The reporting level, or the load change of the cell spans an overload threshold of the cell, or When the above carrier network load is lower than a convention of the operator network resources sharing ratio to the second radio network control node sends a report message load. In a third possible implementation manner and a fourth possible implementation manner of the foregoing aspect, a fifth possible implementation manner of the foregoing aspect is further provided, where the load reporting message further includes: load. In a sixth possible implementation manner of the first aspect, the request information further includes: a second measurement reporting level number and a reporting period, where the second measurement reporting level number is used to determine the carrier network The load reporting level. In a sixth possible implementation manner of the first aspect, the seventh possible implementation manner of the foregoing aspect is further provided, before the sending the load report message to the second radio network control node, the method further includes Obtaining, according to the public land mobile network identifier, an agreed shared resource ratio of the operator network and a last load of the operator network; sharing resources according to the second measurement reporting level number and the agreement of the operator network The ratio determines a load reporting level of the carrier network; The sending the load report message to the second radio network control node includes: in a case where the current load of the operator network is lower than an agreed shared resource ratio of the operator network, in the operator network In the process of changing the load of the carrier network to the current load of the carrier network, if the load of the carrier network changes across the reporting level of the carrier network, or When the last load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, sending a load report message to the second wireless network control node; or, the current load of the carrier network is higher than Or the same as the agreed shared resource ratio of the carrier network, sending a load report message to the second radio network control node according to the reporting period; if the current load of the carrier network is low during the reporting period If the ratio of the resources of the carrier network is shared, the periodic reporting is stopped; or, in the case If the current load of the quotient network is higher than or equal to the agreed shared resource ratio of the carrier network, if the last load of the carrier network is lower than the agreed shared resource ratio of the carrier network, then The second wireless network control node sends a load report message. In a sixth possible implementation manner of the first aspect, the eighth possible implementation manner of the first aspect is further provided, before the sending the load report message to the second radio network control node, the method further includes Obtaining, according to the public land mobile network identifier, an agreed shared resource ratio of the operator network, an overload threshold of the operator network, and a previous load of the operator network; according to the second measurement reporting level number and The overload threshold of the operator network determines a load reporting level of the carrier network; the sending a load report message to the second wireless network control node, specifically: the current load of the carrier network is lower than The agreed shared resources of the carrier network In the case of a ratio, in the process of the load of the operator network being changed by the last load of the operator network to the current load of the operator network, if the load of the operator network changes across the The reporting level of the carrier network, or if the load of the carrier network changes across the overload threshold of the carrier network, or the last load of the carrier network is higher than or equal to the agreement of the carrier network. Sending a load report message to the second radio network control node when the resource ratio is shared; or, if the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, The reporting period sends a load report message to the second radio network control node; if the current load of the operator network is lower than the agreed shared resource ratio of the operator network in the reporting period, the period reporting is stopped; Or, the current load of the carrier network is higher than or equal to the agreement of the carrier network. In the case of a resource ratio, if the last load of the carrier network is lower than the agreed shared resource ratio of the carrier network, a load report message is sent to the second wireless network control node. The ninth possible implementation manner of the first aspect, The identifier of the cell acquires the current load of the cell; the load report message further includes: a current load of the cell. In a tenth possible implementation manner of the foregoing aspect, the request information further includes: a third reporting level number; the third reporting level number is used to determine a load reporting level of the cell. In a tenth possible implementation manner of the first aspect, the eleventh possible implementation manner of the first aspect is further provided, before the sending the load report message to the second radio network control node, The method further includes: determining, according to the third reported level number and the entire capacity of the cell, the cell The load reporting level is obtained: the last load of the cell and the current load of the cell are obtained according to the identifier of the cell; and the sending, by the second radio network control node, the load report message, specifically: In the process of changing the available capacity of the network from the last available capacity of the operator network to the current available capacity of the operator network, if the available capacity change of the operator network spans the load reporting level of the cell, Sending a load report message to the second radio network control node; the current available capacity of the operator network is the difference between the entire capacity of the cell and the current load of the cell; the last available capacity of the carrier network The difference between the entire capacity of the cell and the last load of the cell. In an eleventh possible implementation manner of the first aspect, the twelfth possible implementation manner of the first aspect is further provided, where the load reporting message further includes: a current load of the cell. In a tenth possible implementation manner of the foregoing aspect, the thirteenth possible implementation manner of the first aspect is further provided, before the sending the load report message to the second radio network control node, The method further includes: obtaining an agreed shared resource ratio of the operator network and a previous load of the operator network according to the public land mobile network identifier; and determining an agreed shared resource ratio and an occupied resource ratio of the carrier network a sum of the cell capacity that can be used by the operator network, where the occupied resource ratio is a cell capacity used by the operator in addition to the agreed shared resource ratio of the operator network; according to the third report The number of the level and the cell capacity that can be used by the network of the operator determine the load reporting level of the cell; the sending the load report message to the second wireless network control node, specifically: the available capacity in the carrier network Changed from the last available capacity of the carrier network to the current available capacity of the carrier network Process, if the operator network When the available capacity change spans the load reporting level of the cell, the device sends a load report message to the second radio network control node; the current available capacity of the carrier network is a cell capacity and location that can be used by the carrier network. The difference between the current load of the carrier network; the last available capacity of the carrier network is the difference between the cell capacity that can be used by the carrier network and the last load of the carrier network. In the thirteenth possible implementation manner of the first aspect, the fourteenth possible implementation manner is further provided, where the method further includes: acquiring a current load of the cell according to the identifier of the cell; The message further includes: a current load of the cell.

A second aspect provides a method for reporting load information, where the method includes: sending, by a second wireless network control node, request information to a first wireless network control node; the request information includes an identifier of a cell and a public land mobile network identifier, The public land mobile network identifier is used to identify one of the operator networks that share the cell; and receive a load report message sent by the first radio network control node; the load report message includes: The identity of the cell and the current load of the carrier network. In a first implementation manner of the second aspect, the load reporting message further includes: the current load of the cell is in the second aspect or the first possible implementation manner of the second aspect, The second possible implementation manner, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine a load reporting level of the cell The number of the second measurement reporting levels is used to determine a load reporting level of the carrier network. In the second aspect or the first possible implementation manner of the second aspect, the third possible implementation manner of the second aspect is further provided, where the request information further includes: a second measurement reporting level number and a reporting period; The second measurement reporting level number is used to determine the operation The load reporting level of the business network. In the second aspect or the first possible implementation manner of the second aspect, the fourth possible implementation manner of the second aspect is further provided, where the request information further includes: a third reporting level number, where The third reporting level number is used to determine the load reporting level of the cell. In a third aspect, a wireless network control node is provided, including: a receiving unit, a first acquiring unit, and a sending unit; the receiving unit is configured to receive request information sent by a second wireless network control node; the request information includes a cell And a public land mobile network identifier, where the public land mobile network identifier is used to identify one of the operator networks sharing the cell; the first acquiring unit is configured to receive the public according to the receiving unit The land mobile network identifier acquires a current load of the operator network; the sending unit sends a load report message to the second radio network control node; the load report message includes: the identifier of the cell and the operator network Current load. In a first possible implementation manner of the third aspect, the first acquiring unit is further configured to acquire a current load of the cell according to the identifier of the cell that is received by the receiving unit, where the load reporting message further includes : The current load of the cell. In a second possible implementation manner of the third aspect, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine the The load reporting level of the cell, where the second measurement reporting level is used to determine a load reporting level of the carrier network. In a second possible implementation manner of the third aspect, a third possible implementation manner of the third aspect is further provided, where the radio network control node further includes a second acquiring unit and a first determining unit, where The acquiring unit is configured to acquire, according to the public land mobile network identifier received by the receiving unit, an agreed shared resource ratio of the carrier network, and the carrier network. An overload threshold and a last load of the operator network; acquiring an overload threshold of the cell, a current load of the cell, and a previous load of the cell according to the identifier of the cell; the first determining unit is configured to: Determining a load reporting level of the cell according to the first measurement reporting level number received by the receiving unit and the overload threshold of the cell acquired by the second acquiring unit; and the second receiving according to the receiving unit Measuring a number of reporting levels and an overload threshold of the operator network acquired by the second acquiring unit to determine a load reporting level of the carrier network; the sending unit is specifically configured to be lower than a current load of the carrier network In the case of the agreed shared resource ratio of the operator network, the load of the operator network is changed from the last load of the operator network to the current load of the operator network, if the carrier network The load change spans the load reporting level of the carrier network determined by the first determining unit, or The load change of the carrier network spans the overload threshold of the carrier network acquired by the second acquiring unit, or the last load of the carrier network is higher than or equal to the obtained by the second acquiring unit. The agreed shared resource ratio of the operator network, sending a load report message to the second wireless network control node; or, the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network The load of the cell is changed from the last load of the cell to the current load of the cell, and if the load change of the cell crosses the load reporting level of the cell determined by the first determining unit, Or the load variation of the cell is different from the overload threshold of the cell acquired by the second acquiring unit, or the last load of the carrier network is lower than the carrier network acquired by the second acquiring unit. When the agreed sharing resource ratio, the load reporting message is sent to the second wireless network control node. In a second possible implementation manner of the third aspect, the fourth possible implementation manner of the third aspect is further provided, where the radio network control node further includes a third obtaining unit and a second determining unit, where And acquiring, by the third acquiring unit, the agreed shared resource ratio of the carrier network and the carrier network according to the public land mobile network identifier received by the receiving unit Obtaining an overload threshold of the cell, a current load of the cell, and a previous load of the cell according to the identifier of the cell received by the receiving unit; The number of the first measurement reporting level received by the receiving unit and the overload threshold of the cell acquired by the third acquiring unit determine a load reporting level of the cell; and the second measurement reporting level received by the receiving unit The number and the agreed shared resource ratio of the operator network acquired by the third acquiring unit determine a load reporting level of the carrier network; the sending unit is specifically configured to use a current load of the carrier network lower than In the case of the agreed shared resource ratio of the carrier network, the load of the operator network is changed from the last load of the operator network to the current load of the operator network, if the carrier network The load change spans the load reporting level of the carrier network determined by the second determining unit, or The last load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network acquired by the third acquiring unit, and sends a load report message to the second wireless network control node; or If the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, the load of the cell changes from the last load of the cell to the current load of the cell, if The load change of the cell is different from the load reporting level of the cell determined by the second determining unit, or the load change of the cell crosses the overload threshold of the cell acquired by the third acquiring unit, or When the last load of the carrier network is lower than the agreed shared resource ratio of the carrier network acquired by the third acquiring unit, the load report message is sent to the second wireless network control node. In a third possible implementation manner and a fourth possible implementation manner of the third aspect, the fifth possible implementation manner of the third aspect is further provided, where the load reporting message further includes: load. In a sixth possible implementation manner of the third aspect, the request information further includes: a second measurement reporting level number and a reporting period, where the second measurement reporting level number is used to determine the carrier network The load reporting level.  In a sixth possible implementation manner of the third aspect, the seventh possible implementation manner of the third aspect is further provided, where the wireless network control node further includes: a fourth acquiring unit and a third determining unit, The fourth obtaining unit is configured to acquire, according to the public land mobile network identifier received by the receiving unit, an agreed shared resource ratio of the carrier network and a previous load of the carrier network; the third determining unit is configured to: Determining a load reporting level of the operator network according to the number of the second measurement reporting levels received by the receiving unit and the agreed shared resource ratio of the carrier network; the sending unit is specifically configured to be in the carrier network In the case where the current load is lower than the agreed shared resource ratio of the carrier network, the load on the carrier network is changed from the last load of the carrier network to the current load of the carrier network. If the load of the carrier network changes across the carrier network determined by the third determining unit Level, or, when the last load of the carrier network is higher than the agreed shared resource ratio of the carrier network acquired by the fourth acquiring unit, send a load report message to the second wireless network control node. Or, in a case that the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, to the second wireless network control node according to the reporting period received by the receiving unit Sending a load report message; if the current load of the carrier network is lower than the agreed shared resource ratio of the operator network in the reporting period, the period reporting is stopped; or the current load of the carrier network is higher than Or the ratio of the agreed shared resource ratio of the carrier network, if the last load of the operator network is lower than the agreed shared resource ratio of the carrier network acquired by the fourth acquiring unit, The second wireless network control node sends a load report message.  In a sixth possible implementation manner of the third aspect, the eighth possible implementation manner of the third aspect is further provided, where the radio network control node further includes: a fifth obtaining unit and a fourth determining unit, The fifth obtaining unit is configured to obtain, according to the public land mobile network identifier received by the receiving unit, an agreed shared resource ratio of the carrier network, an overload threshold of the operator network, and a last load of the carrier network. The fourth determining unit is configured to determine, according to the number of the second measurement reporting levels received by the receiving unit, and the overload threshold of the carrier network, a load reporting level of the carrier network; The load on the carrier network is changed by the last load of the carrier network to the carrier, where the current load of the carrier network is lower than the agreed shared resource ratio of the carrier network. In the process of the current load of the network, if the change of the load of the operator network is determined across the fourth determining unit The reporting level of the carrier network, or if the load of the carrier network changes across the overload threshold of the carrier network acquired by the fifth acquiring unit, or the last load of the carrier network is high. And when the agreed shared resource ratio of the carrier network acquired by the fifth acquiring unit is sent, the load reporting message is sent to the second wireless network control node; or the current load of the carrier network is higher than Or the same as the agreed shared resource ratio of the carrier network, sending a load report message to the second radio network control node according to the reporting period received by the receiving unit; if the reporting period is within the reporting period If the current load of the quotient network is lower than the agreed shared resource ratio of the carrier network, the periodic reporting is stopped; or the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network. If the last load of the carrier network is lower than the fifth acquiring unit Conventions ratio of the shared resource taken operator network, then to the second free The line network control node sends a load report message. In a seventh possible implementation manner of the third aspect, and an eighth possible implementation manner of the third aspect, the ninth possible implementation manner of the third aspect is further provided, where the first acquiring unit is further used Obtaining a current load of the cell according to the identifier of the cell that is received by the receiving unit; the load reporting message further includes: a current load of the cell. In a tenth possible implementation manner of the third aspect, the request information further includes: a third reporting level number; the third reporting level number is used to determine a load reporting level of the cell. In a tenth possible implementation manner of the third aspect, the eleventh possible implementation manner of the third aspect is further provided, where the wireless network control node further includes: a sixth obtaining unit and a fifth determining unit; The fifth determining unit is configured to determine a load reporting level of the cell according to the third reporting level number received by the receiving unit and an entire capacity of the cell; the sixth obtaining unit is configured to use, according to the receiving unit The received identifier of the cell acquires the last load of the cell and the current load of the cell; the sending unit is specifically configured to use the last available capacity of the carrier network in the available capacity of the carrier network. In the process of changing to the current available capacity of the operator network, if the available capacity change of the operator network spans the load reporting level of the cell determined by the fifth determining unit, to the second wireless network The control node sends a load report message; the current available capacity of the carrier network is the entire capacity of the cell and the sixth The difference between the current load of the cell acquired by the fetch unit; on the available capacity of a sub-carrier network for the entire capacity of the cell and the sixth acquisition time difference of the load cell unit acquired. In an eleventh possible implementation manner of the third aspect, the twelfth possible implementation manner of the third aspect is further provided, where the load reporting message further includes: a current load of the cell.  In a tenth possible implementation manner of the third aspect, the thirteenth possible implementation manner of the third aspect is further provided, where the radio network control node further includes: a seventh acquiring unit and a sixth determining unit; The seventh obtaining unit is configured to acquire, according to the public land mobile network identifier received by the receiving unit, an agreed shared resource ratio of the operator network and a previous load of the operator network; And obtaining, by the sum of the agreed shared resource ratio and the occupied resource ratio of the carrier network, the cell capacity that can be used by the operator network, where the occupied resource ratio is an agreement of the operator other than the carrier network. a cell capacity used in addition to the shared resource ratio; determining a load reporting level of the cell according to the third reporting level number and a cell capacity that the carrier network can use; the sending unit is configured to be in the carrier The available capacity of the network is changed from the last available capacity of the carrier network to the current available for the carrier network. The load reporting message is sent to the second wireless network control node, if the available capacity change of the carrier network crosses the load reporting level of the cell determined by the sixth determining unit, in the process of the capacity; The current available capacity of the quotient network is the difference between the cell capacity that can be used by the carrier network and the current load of the carrier network acquired by the seventh acquiring unit; the last available capacity of the carrier network is the The difference between the cell capacity that can be used by the carrier network and the last load of the carrier network acquired by the seventh acquiring unit. In a thirteenth possible implementation manner of the third aspect, the fourteenth possible implementation manner is further provided, where the first acquiring unit is further configured to acquire, according to the identifier of the cell that is received by the receiving unit, The current load of the cell; the load report message further includes: a current load of the cell. A fourth aspect, a radio network control node is provided, where the radio network control node includes: a sending unit and a receiving unit; the sending unit sends request information to a first radio network control node; The information includes a cell identifier and a public land mobile network identifier, where the public land mobile network identifier is used to identify one of the operator networks sharing the cell; and the receiving unit is configured to receive the first wireless The load report message sent by the network control node; the load report message includes: an identifier of the cell and a current load of the operator network. In a first possible implementation manner of the fourth aspect, the load reporting message further includes: the current load of the cell is in the fourth aspect or the first possible implementation manner of the fourth aspect, The second possible implementation manner of the fourth aspect, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine the load of the cell The reporting level is used to determine the load reporting level of the carrier network. In the fourth aspect or the first possible implementation manner of the fourth aspect, the third possible implementation manner of the fourth aspect is further provided, where the request information further includes: a second measurement reporting level number and a reporting period; The number of the second measurement reporting levels is used to determine a load reporting level of the carrier network. In a fourth aspect, or a first possible implementation manner of the fourth aspect, the fourth possible implementation manner of the fourth aspect is further provided, the request information further includes: a third reporting level number, where The third reporting level number is used to determine the load reporting level of the cell. A fifth aspect, a radio network control node is provided, including: a receiver, a processor, and a transmitter; the receiver is configured to receive request information sent by a second radio network control node; and the request information includes a cell identifier and a public land mobile network identifier, where the public land mobile network identifier is used to identify one of the operator networks sharing the cell; the processor is configured to acquire the public land mobile network identifier according to the receiver Determining a current load of the carrier network; the sender sending a load report message to the second radio network control node; The load report message includes: an identifier of the cell and a current load of the carrier network. In a first possible implementation manner of the fifth aspect, the processor is further configured to acquire a current load of the cell according to the identifier of the cell, where the load report message further includes: a current load of the cell. In a second possible implementation manner of the fifth aspect, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine the The load reporting level of the cell, where the second measurement reporting level is used to determine a load reporting level of the carrier network. In a second possible implementation manner of the fifth aspect, a third possible implementation manner of the fifth aspect is further provided, where the processor is further configured to acquire the carrier network according to the public land mobile network identifier The agreed shared resource ratio, the overload threshold of the operator network, and the last load of the operator network; acquiring an overload threshold of the cell, a current load of the cell, and the cell according to the identifier of the cell The last load; determining a load reporting level of the cell according to the number of the first measurement reporting level received by the receiver and an overload threshold of the cell acquired by the processor; according to the receiver received by the receiver The second measurement reporting level number and the overload threshold of the operator network acquired by the processor determine a load reporting level of the carrier network; the transmitter is specifically configured to be lower than a current load of the carrier network In the case of the agreed shared resource ratio of the carrier network, the load of the operator network is from the previous one of the carrier network. In the process of changing the load of the carrier to the current load of the carrier network, if the load change of the carrier network crosses the load reporting level of the carrier network determined by the processor, or the carrier network The load change spans the overload threshold of the carrier network acquired by the processor, or the last load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network acquired by the processor, Sending a load report message to the second radio network control node; or, if the current load of the operator network is higher than or equal to an agreed shared resource ratio of the operator network, the load of the cell is The last load change of the cell In the current load process of the cell, if the load change of the cell crosses the load reporting level of the cell determined by the processor, or the load change of the cell crosses the cell acquired by the processor The load threshold is sent to the second wireless network control node when the last load of the carrier network is lower than the agreed shared resource ratio of the carrier network acquired by the processor. In a second possible implementation manner of the fifth aspect, the fourth possible implementation manner of the fifth aspect is further provided, where the processor is further configured to acquire the carrier network according to the public land mobile network identifier The agreed shared resource ratio and the last load of the operator network; acquiring an overload threshold of the cell, a current load of the cell, and a previous load of the cell according to the identifier of the cell; according to the receiver Receiving the first measurement reporting level number and the overload threshold of the cell acquired by the processor to determine a load reporting level of the cell; according to the second measurement reporting level number received by the receiver and the The agreed shared resource ratio of the carrier network obtained by the processor determines a load reporting level of the operator network; the transmitter is specifically configured to use an agreement that the current load of the carrier network is lower than the carrier network In the case of a shared resource ratio, the load of the carrier network is changed from the last load of the carrier network to the transport During the current load of the quotient network, if the load change of the carrier network crosses the load reporting level of the carrier network determined by the processor, or the last load of the carrier network is higher than or equal to The agreed shared resource ratio of the operator network acquired by the processor, sending a load report message to the second wireless network control node; or, the current load of the operator network is higher than or equal to the carrier In the case of a protocol sharing resource ratio of the network, the load of the cell is changed by the last load of the cell to the current load of the cell, if the load change of the cell crosses the determined by the processor The load reporting level of the cell, or the load change of the cell spans an overload threshold of the cell acquired by the processor, or the last load of the carrier network is lower than the operation acquired by the processor Sending a load report to the second wireless network control node when the agreement of the quotient network shares the resource ratio Information.  In a third possible implementation manner and a fourth possible implementation manner of the fifth aspect, the fifth possible implementation manner of the fifth aspect is further provided, where the load reporting message further includes: load. In a sixth possible implementation manner of the fifth aspect, the request information further includes: a second measurement reporting level number and a reporting period, where the second measurement reporting level number is used to determine the carrier network The load reporting level. In a sixth possible implementation manner of the fifth aspect, the seventh possible implementation manner of the fifth aspect is further provided, where the processor is further configured to acquire the carrier network according to the public land mobile network identifier The agreed shared resource ratio and the last load of the operator network; determining the load of the operator network according to the number of the second measurement reporting levels received by the receiver and the agreed shared resource ratio of the operator network The reporting level is specifically configured to: when the current load of the carrier network is lower than the agreed shared resource ratio of the carrier network, the load on the carrier network is used by the carrier network. During the last load change to the current load of the operator network, if the load of the operator network changes across the reporting level of the operator network determined by the processor, or the carrier network When the last load is higher than or equal to the agreed shared resource ratio of the carrier network acquired by the processor, then The second wireless network control node sends a load report message; or, in a case that the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, according to the reporting period received by the receiver Sending a load report message to the second radio network control node; if the current load of the operator network is lower than the agreed shared resource ratio of the operator network in the reporting period, the period report is stopped; or If the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, if the last load of the carrier network is lower than the agreement of the carrier network acquired by the processor Shared resource ratio, then to the second wireless network The control node sends a load report message. In a sixth possible implementation manner of the fifth aspect, the eighth possible implementation manner of the fifth aspect is further provided, where the processor is further configured to acquire the carrier network according to the public land mobile network identifier The agreed shared resource ratio, the overload threshold of the operator network, and the last load of the carrier network; the number of the second measurement reporting levels received by the receiver and the operation acquired by the processor The overload threshold of the quotient network determines the load reporting level of the carrier network; the transmitter is specifically configured to: when the current load of the carrier network is lower than the agreed shared resource ratio of the carrier network, Said that the load of the operator network is changed by the last load of the operator network to the current load of the operator network, if the change of the load of the operator network crosses the operation determined by the processor a reporting level of the quotient network, or if the load of the carrier network changes across the carrier acquired by the processor The overload threshold of the network, or the load of the second wireless network control node is sent to the second wireless network control node when the last load of the carrier network is higher than the agreed shared resource ratio of the carrier network acquired by the processor. Or; in the case that the current load of the operator network is higher than or equal to the agreed shared resource ratio of the carrier network, controlling to the second wireless network according to the reporting period received by the receiver The node sends a load report message; if the current load of the carrier network is lower than the agreed shared resource ratio of the operator network in the reporting period, the period report is stopped; or the current load on the carrier network is high. If the last load of the carrier network is lower than the agreed shared resource ratio of the carrier network acquired by the processor, the ratio is equal to or equal to the agreed shared resource ratio of the carrier network. The second wireless network control node sends a load report message. In a seventh possible implementation manner of the fifth aspect, and an eighth possible implementation manner of the fifth aspect, the ninth possible implementation manner of the fifth aspect is further provided, where the processor further And the method is used to obtain a current load of the cell according to the identifier of the cell; the load report message further includes: a current load of the cell. In a tenth possible implementation manner of the fifth aspect, the request information further includes: a third reporting level number; the third reporting level number is used to determine a load reporting level of the cell. In a tenth possible implementation manner of the fifth aspect, the eleventh possible implementation manner of the fifth aspect is further provided, where the processor is further configured to use the third reporting level received by the receiver The number and the entire capacity of the cell determine a load reporting level of the cell; acquire a previous load of the cell and a current load of the cell according to the identifier of the cell; the transmitter is specifically used in the operation The available capacity of the quotient network is changed from the last available capacity of the operator network to the current available capacity of the operator network, if the available capacity change of the carrier network crosses the determined by the processor Sending a load report message to the second radio network control node when the load reporting level of the cell; the current available capacity of the operator network is the entire capacity of the cell and the current load of the cell acquired by the processor The last available capacity of the operator network is the entire capacity of the cell and the cell acquired by the processor The difference between the last load. In an eleventh possible implementation manner of the fifth aspect, the twelfth possible implementation manner of the fifth aspect is further provided, where the load reporting message further includes: a current load of the cell. In a tenth possible implementation manner of the fifth aspect, a thirteenth possible implementation manner of the fifth aspect is further provided, where the processor is further configured to: according to the public land mobile network received by the receiver Determining the agreed shared resource ratio of the operator network and the last load of the operator network; obtaining a sum of the agreed shared resource ratio and the occupied resource ratio of the operator network, and obtaining the operator network can be used The cell capacity, the occupied resource ratio is a cell capacity used by the operator in addition to the agreed shared resource ratio of the operator network; according to the third reported level number received by the receiver and the The cell capacity that can be used by the carrier network determines the load reporting level of the cell;  The transmitter is specifically configured to: when the available capacity of the carrier network is changed from a last available capacity of the carrier network to a current available capacity of the carrier network, if the carrier network is available Transmitting a load report message to the second radio network control node when the capacity change spans the load reporting level of the cell determined by the processor; the current available capacity of the carrier network is available to the operator network. a difference between a cell capacity and a current load of the operator network acquired by the processor; a last available capacity of the carrier network is a cell capacity that can be used by the carrier network, and the obtained by the processor The difference between the last load of the carrier network. In a thirteenth possible implementation manner of the fifth aspect, a fourteenth possible implementation manner is further provided, where the processor is further configured to acquire a current load of the cell according to the identifier of the cell; The reporting message further includes: a current load of the cell. A sixth aspect, a radio network control node is provided, where the radio network control node includes: a transmitter and a receiver; the transmitter sends request information to a first radio network control node; the request information includes a cell identifier and a public land mobile network identifier, the public land mobile network identifier, used to identify one carrier network in the operator network sharing the cell; the receiver is configured to receive a load report sent by the first wireless network control node The load reporting message includes: an identifier of the cell and a current load of the carrier network. In a first possible implementation manner of the sixth aspect, the load reporting message further includes: a current load of the cell. In the sixth aspect or the first possible implementation manner of the sixth aspect, the second possible implementation manner of the sixth aspect is further provided, where the request information further includes: a first measurement reporting level number and a second measurement The number of the reporting levels is determined. The number of the first measurement reporting levels is used to determine the load reporting level of the cell, and the second measurement reporting level number is used to determine the load reporting level of the carrier network.  In the sixth aspect or the first possible implementation manner of the sixth aspect, the third possible implementation manner of the sixth aspect is further provided, where the request information further includes: a second measurement reporting level number and a reporting period; The number of the second measurement reporting levels is used to determine a load reporting level of the carrier network. In a sixth aspect, or a first possible implementation manner of the sixth aspect, the fourth possible implementation manner of the sixth aspect is further provided, the request information further includes: a third reporting level number, where The third reporting level number is used to determine the load reporting level of the cell. The seventh aspect provides a system for reporting load information, including a first radio network control node and a second radio network control node, where the first radio network control node is the radio network control node according to the third aspect. The second wireless network control node is the wireless network control node according to the fourth aspect; or the first wireless network control node is the wireless network control node according to the fifth aspect, the second wireless The network control node is the wireless network control node described in the sixth aspect above. An embodiment of the present invention provides a method, a device, and a system for reporting load information, acquiring a current load of the carrier network according to the public land mobile network identifier, and sending a load report message to the second wireless network control node. The load report message includes the current load of the operator network. Compared with the prior art, the load of the operator network is not reported.

BRIEF DESCRIPTION OF THE DRAWINGS In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings used in the embodiments or the prior art description will be briefly described below. Obviously, the drawings in the following description are only the present drawings. Some embodiments of the invention may be obtained by those of ordinary skill in the art from the drawings without departing from the scope of the invention. 1 is a method for reporting load information according to an embodiment of the present invention; FIG. 2 is a method for reporting load information according to an embodiment of the present invention; FIG. 3 is a report of load information according to an embodiment of the present invention; FIG. 4 is a schematic diagram of a report level according to an embodiment of the present invention; FIG. 5 is another method for reporting load information according to an embodiment of the present invention; FIG. 6 is a schematic diagram of another report level according to an embodiment of the present invention; FIG. 7 is a schematic diagram of another method for reporting load information according to an embodiment of the present invention; FIG. 8 is a schematic diagram of another report level according to an embodiment of the present invention; FIG. 9 is a schematic diagram of another method for reporting load information according to an embodiment of the present invention; FIG. 10 is a schematic diagram of another reporting level according to an embodiment of the present invention; FIG. 12 is a schematic diagram of another reporting level according to an embodiment of the present invention; FIG. 13 is another method for reporting load information according to an embodiment of the present invention; FIG. 14 is another report according to an embodiment of the present invention. FIG. 15 is a schematic diagram of a wireless network control node according to an embodiment of the present invention; FIG. 16 is another wireless network control node according to an embodiment of the present invention; FIG. 17 is a schematic diagram of another wireless network according to an embodiment of the present invention; FIG. 18 is another wireless network control node according to an embodiment of the present invention; FIG. 19 is a second wireless network control node according to an embodiment of the present invention; Another wireless network control node provided by the embodiment of the present invention; FIG. 21 is another wireless network control node according to an embodiment of the present invention; FIG. 22 is another wireless network control node according to an embodiment of the present invention; Another wireless network control node provided by the embodiment of the present invention; FIG. 24 is still another wireless network control node according to an embodiment of the present invention; FIG. 25 is still another wireless network control node according to an embodiment of the present invention; 26 is a system for reporting load information according to an embodiment of the present invention.

The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. example. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present invention without creative efforts are The scope of the invention is protected.

 Embodiment 1 The embodiment of the present invention provides a method for reporting load information. The execution body of the method is a first wireless network control node. As shown in FIG. 1, the method includes the following steps 101-103.

101. The first radio network control node receives request information sent by the second radio network control node, where the request information includes an identifier of a cell and a public land mobile network (PLMN) identifier, where the public land mobile network is The identifier is used to identify one of the operator networks sharing the cell.

102. Acquire a current load of the operator network according to the public land mobile network identifier.

103. Send a load report message to the second radio network control node. The load report message includes: an identifier of the cell and a current load of the carrier network. An embodiment of the present invention provides a method for reporting load information, obtaining a current load of the carrier network according to the public land mobile network identifier, and sending a load report message to the second wireless network control node, where the load is reported. The message includes the current load of the carrier network. Compared with the prior art, the load of the carrier network is not reported. Embodiment 2 The embodiment of the present invention provides a method for reporting load information. The execution entity of the method is a first wireless network control node. As shown in FIG. 2, the method includes the following steps 201-204.

201. The first radio network control node receives the request information sent by the second radio network control node, where the request information includes an identifier of the cell and a public land mobile network (PLMN) identifier, where the public land mobile network is The identifier is used to identify one of the operator networks sharing the cell.

202. Acquire a current load of the carrier network according to the public land mobile network identifier. 203. Acquire a current load of the cell according to the identifier of the cell.

204. Send a load report message to the second radio network control node. The load report message includes: an identifier of the cell, a current load of the operator network, and a current load of the cell. An embodiment of the present invention provides a method for reporting load information, obtaining a current load of the carrier network according to the public land mobile network identifier, and sending a load report message to the second wireless network control node, where the load is reported. The message includes the current load of the carrier network. Compared with the prior art, when the load of the carrier network is not reported, the embodiment of the present invention not only reports the load of the cell but also reports the load of the carrier network. Embodiment 3 This embodiment of the present invention provides a method for reporting load information. As shown in FIG. 3, the method includes the following steps 301-314.

 301. The second radio network control node sends request information to the first radio network control node, where the request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify the operation of sharing the cell. A carrier network in a business network. In all embodiments of the present invention, the cell is shared by multiple operators, and the public land mobile network identifier identifies one of a plurality of carrier networks, so that the second wireless network control node can acquire Load information of the carrier network. The request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine a load reporting level of the cell, and the second measurement reporting level number It is used to determine a load reporting level of the carrier network.

302. The first radio network control node acquires a current load of the operator network according to the public land mobile network identifier. In all embodiments of the present invention, the current load of the operator network indicates the load currently occupied by the operator; the last load of the operator network indicates the load occupied by the operator when the operator last reported.

303. The first radio network control node acquires, according to the public land mobile network identifier, an agreed shared resource ratio of the operator network, an overload threshold of the operator network, and a previous load of the operator network. 304. The first radio network control node acquires an overload threshold of the cell, a current load of the cell, and a previous load of the cell according to the identifier of the cell.

305. The first radio network control node determines a load reporting level of the cell according to the first measurement reporting level number and an overload threshold of the cell.

306. The first radio network control node determines, according to the number of the second measurement reporting levels and the overload threshold of the operator network, a load reporting level of the carrier network. As shown in FIG. 4, the overload threshold of the cell is 90%, the overload threshold of the operator network is 27%, and the agreed shared resource ratio of the carrier network is 30%. When the number of the first measurement reporting level is 2, the load reporting level of the cell is 30% and 60%. When the number of the second measurement reporting level is 2, the load reporting level of the carrier network is 9% and 18%. After the foregoing steps 301 to 306 are completed, the first network cable network control node determines that the condition for the load report is satisfied, and is implemented by the following steps 307 to 313. If the load reporting condition is met, step 314 is performed.

 307. The first radio network control node determines whether the current load of the operator network is lower than an agreed shared resource ratio of the operator network. If the determination result is yes, perform the following steps 308 and 310; if the judgment result is no, Perform the following steps 31 1 to 313.

 308. The first radio network control node determines whether the load of the operator network changes from the last load of the operator network to the current load of the operator network, and whether the load change of the carrier network crosses The load reporting level of the operator network, if the judgment result is yes, execute 314, and if the judgment result is no, execute 307. For example, as shown in Figure 4, when the reporting level of the carrier network is 9% and 18%, if the current load of the carrier network is 15%, the last load of the carrier network is 8%, and the load of the carrier network is 8%. If the load reporting level of 5% across the carrier network changes to 15%, the load report message needs to be sent. If the last load of the carrier network is 10%, the load of the carrier network changes from 10% to 15% without crossing the carrier network. The load reporting level does not need to send a load report message.

309. The first radio network control node determines that the load of the operator network is performed by the operation. In the process of the current load change of the quotient network to the current load of the operator network, whether the load change of the operator network crosses the overload threshold of the operator network, and if the determination result is yes, execute 314, if it is determined If the result is no, execute 307. For example, as shown in Figure 4, the overload threshold of the carrier network is 27%. If the current load of the carrier network is 29%, the last load of the carrier network is 26%, and the load of the carrier network changes from 26% to 29%. If the overload threshold of the carrier network is 27%, you need to send a load report message.

310. The first radio network control node determines whether the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network. If the judgment result is yes, execute 314, if the judgment result is no, perform 307. For example, as shown in Figure 4, the agreed shared resource ratio of the carrier network is 30%. If the current load of the carrier network is 15%, the last load of the carrier network is 35%, and the load of the carrier network changes from 35% to 15. % The agreed shared resource ratio across the carrier network is 30%, and a load report message needs to be sent.

311. The first radio network control node determines whether the load of the cell changes from the last load of the cell to the current load of the cell, and whether the load change of the cell crosses the load reporting level of the cell, if If the result of the determination is yes, execute 314. If the result of the determination is no, execute 307. For example, as shown in Figure 4, the load on the cell is 30% and 60%. If the current load of the cell is 23%, the last load of the carrier network is 36%, and the load of the cell changes from 23% to 36%. If the load reporting level of the cell is 30%, the load report message needs to be sent.

312. The first radio network control node determines that the load of the cell is changed from the last load change of the cell to the current load of the cell, and determines that the load change of the cell crosses an overload threshold of the cell, if the result is determined. If yes, execute 314. If the judgment result is no, execute 307. For example, as shown in FIG. 4, the overload threshold of the cell is 90%. If the current load of the cell is 85%, the last load of the cell is 95%, and the load of the cell changes from 95% to 85%, the overload threshold of the cell is 90%. Need to send a load report message. 313. The first radio network control node determines whether the last load of the operator network is lower than an agreed shared resource ratio of the operator network. If the determination result is yes, execute 314. If the determination result is no, perform 307. For example, as shown in Figure 4, the agreed shared resource ratio of the carrier network is 30%. If the current load of the carrier network is 35%, the last load of the carrier network is 15%, and the load of the carrier network changes from 15% to 35. % The agreed shared resource ratio across the carrier network is 30%, and a load report message needs to be sent.

314. The first radio network control node sends a load report message to the second radio network control node. The load report message includes: an identifier of the cell and a current load of the operator network. Preferably, the load report message further includes a current load of the cell. An embodiment of the present invention provides a method for reporting load information, which fully considers the load usage of the carrier network, and divides the current load of the carrier network into a ratio equal to or greater than an agreed shared resource ratio and a lower than agreed shared resource ratio. Further, when the current load of the carrier network is lower than the agreed shared resource ratio, the load of the carrier network is changed at a load reporting level across the carrier network, across an overload threshold of the operator network, and across a contracted shared resource ratio. The load condition is reported under the condition that the load of the cell changes in the load reporting level across the cell, the overload threshold across the cell, and the load change of the carrier network when the current load of the operator network is higher than or equal to the agreed shared resource ratio. The load situation is reported under the condition of the agreed shared resource ratio. Compared with the prior art, when the load of the cell is reported according to the load usage of the cell, the embodiment of the present invention implements reporting the cell load information according to the load usage of the operator network. And operations Load information of the business network. Embodiment 4 The embodiment of the present invention provides a method for reporting load information. As shown in FIG. 5, the method includes the following steps 401 to 413:

401. The second radio network control node sends request information to the first radio network control node. The request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operation that shares the cell. A carrier network in a business network. The request information further includes: a first measurement reporting level number and a second measurement reporting level The number of the first measurement reporting level is used to determine the load reporting level of the cell, and the number of the second measurement reporting level is used to determine the load reporting level of the carrier network.

402. The first wireless network control node acquires a current load of the carrier network according to the public land mobile network identifier.

403. The first radio network control node acquires an agreed shared resource ratio of the operator network and a last load of the operator network according to the public land mobile network identifier. It should be noted that the overload threshold of the operator network is not set in the embodiment of the present invention.

404. The first radio network control node acquires an overload threshold of the cell, a current load of the cell, and a previous load of the cell according to the identifier of the cell. For example, as shown in FIG. 6, the overload threshold of the cell is 90%, and the agreed shared resource ratio of the carrier network is 30%.

 405. The first radio network control node determines a load reporting level of the cell according to the first measurement reporting level number and an overload threshold of the cell.

406. The first radio network control node determines, according to the number of the second measurement reporting levels and the agreed shared resource ratio of the operator network, a load reporting level of the carrier network. For example, as shown in FIG. 6, the overload threshold of the cell is 90%, and the agreed shared resource ratio of the carrier network is 30%. If the number of the first measurement reporting level is 2, the load reporting level of the cell is 30% and 60%; The number of the second measurement reporting level is 2, and the load reporting level of the carrier network is 10% and 20%. After the above steps 401 to 406 are completed, the first network cable network control node determines that the condition for the load report is satisfied, and is mainly implemented by the following steps 407 to 412. If the load reporting condition is met, step 413 is performed.

407. The first radio network control node determines whether the current load of the operator network is lower than an agreed shared resource ratio of the operator network. If the determination result is yes, perform the following steps 408 and 409; if the judgment result is no, Perform steps 410 to 412 below. 408. When the first radio network control node determines that the load of the operator network is changed from the last load of the operator network to the current load of the operator network, whether the load change of the carrier network crosses The load reporting level of the carrier network, if the determination result is yes, execute 413, and if the determination result is no, execute 407. For example, as shown in Figure 6, the upper 4艮 level of the carrier network is 10% and 20%, and the current load of the carrier network is 15%. For example, the last load of the carrier network is 8%, and the load of the carrier network is from If the 8% change to 15% across the load reporting level of the carrier network is 10%, the load report message needs to be sent. If the last load of the carrier network is 15%, the current load of the carrier network is 18%, and the load of the carrier network is from If the 15% change to 18% does not cross the load reporting level of the carrier network, there is no need to send a load report message.

409. The first radio network control node determines whether the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network. If the determination result is yes, execute 413. If the judgment result is no, execute. 407. For example, as shown in Figure 6, the agreed shared resource ratio of the carrier network is 30%. If the current load of the carrier network is 15%, the last load of the carrier network is 35%, and the load of the carrier network changes from 35% to 15. % The agreed shared resource ratio across the carrier network is 30%, and a load report message needs to be sent.

The first radio network control node determines whether the load of the cell changes from the last load of the cell to the current load of the cell, and whether the load change of the cell crosses the load reporting level of the cell, if If the result of the determination is yes, execute 413. If the result of the determination is no, execute 407. For example, as shown in Figure 6, the load on the cell is 30% and 60%. If the current load of the cell is 23%, the last load of the cell is 36%, and the load of the cell changes from 23% to 36%. If the load reporting level is 30%, you need to send a load report message.

41. The first radio network control node determines that the load of the cell is changed from the last load change of the cell to the current load of the cell, and determines that the load change of the cell crosses an overload threshold of the cell, if The result is yes, execute 413, and if the result of the determination is no, execute 407. For example, as shown in FIG. 6, the overload threshold of the cell is 90%. If the current load of the cell is 85%, the last load of the cell is 95%, and the load of the cell changes from 85% to 95%, the overload threshold of the cell is 90%. Need to send a load report message.

412. The first radio network control node determines whether the last load of the operator network is lower than an agreed shared resource ratio of the operator network. If the determination result is yes, execute 413. If the determination result is no, execute 407. For example, as shown in Figure 6, the agreed shared resource ratio of the carrier network is 30%. If the current load of the carrier network is 35%, the last load of the carrier network is 15%, and the load of the carrier network changes from 15% to 35. % The agreed shared resource ratio across the carrier network is 30%, and a load report message needs to be sent.

413. The first radio network control node sends a load report message to the second radio network control node. The load report message includes: an identifier of the cell and a current load of the operator network. Preferably, the load report message further includes a current load of the cell. An embodiment of the present invention provides a method for reporting load information, which fully considers the load usage of the carrier network, and divides the current load of the carrier network into a ratio equal to or greater than an agreed shared resource ratio and a lower than agreed shared resource ratio. In a case where the current load of the carrier network is lower than the agreed shared resource ratio, the load change of the operator network is reported to the load reporting level across the carrier network, and the load situation is reported under the condition of the agreed shared resource ratio; When the current load of the carrier network is higher than or equal to the agreed shared resource ratio, the load of the cell changes in the load reporting level across the cell, the overload threshold across the cell, and the load change of the carrier network exceeds the agreed shared resource ratio. The load situation is reported. Compared with the prior art, when the load of the cell is reported according to the load usage of the cell, the embodiment of the present invention implements the load information of the carrier network and reports the load information of the cell and the load information of the carrier network. Embodiment 5 The embodiment of the present invention provides a method for reporting load information. As shown in FIG. 7, the method includes the following steps 501 to 51 1 .

501. The second radio network control node sends a request message to the first radio network control node. The request information includes an identifier of a cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify one of the operator networks sharing the cell. The request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine a load reporting level of the carrier network.

502. The first radio network control node acquires a current load of the operator network according to the public land mobile network identifier, and acquires a current load of the cell according to the identifier of the cell.

503. The first radio network control node obtains, according to the public land mobile network identifier, an agreed shared resource ratio of the operator network, an overload threshold of the operator network, and a previous load of the operator network.

504. The first radio network control node determines, according to the number of the second measurement reporting levels and the overload threshold of the operator network, a load reporting level of the carrier network. As shown in FIG. 8, for example, the overload threshold of the carrier network is 27%, and the agreed shared resource ratio of the carrier network is 30%. If the number of second measurement reporting levels is 2, the load on the carrier network is only 9% and 18%. After the above steps 501 504 to 504 are completed, the first network cable network control node determines that the condition for the load report is satisfied, and is implemented by the following steps 505 510 510. If the load reporting condition is met, step 51 1 is performed.

 505. The first radio network control node determines whether the current load of the operator network is lower than an agreed shared resource ratio of the operator network. If the determination result is yes, perform the following steps 506 and 508; if the judgment result is no, Perform the following steps 509 to 510.

506. The first radio network control node determines whether the load of the operator network changes from the last load of the operator network to the current load of the operator network, and whether the load change of the carrier network crosses The load reporting level of the operator network, if the judgment result is yes, execute 51 1 , and if the judgment result is no, execute 505. For example, as shown in Figure 8, the reporting level of the carrier network is 9% and 18%, if the operator The current load of the network is 15%, the last load of the carrier network is 8%, and the load of the carrier network changes from 8% to 15%. The load reporting level of the carrier network is 9%. If the last load of the network is 10% and the load of the carrier network changes from 10% to 15% without the load reporting level of the carrier network, there is no need to send a load report message.

507. The first radio network control node determines whether the load of the operator network changes from the last load of the operator network to the current load of the operator network, and whether the load change of the carrier network crosses If the result of the determination is yes, execute 51 1 , and if the result of the determination is no, execute 505. For example, as shown in Figure 8, the overload threshold of the carrier network is 27%. If the current load of the carrier network is 29%, the last load of the carrier network is 26%, and the load of the carrier network changes from 26% to 29%. If the overload threshold of the carrier network is 27%, the load report message needs to be sent.

508. The first radio network control node determines whether the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network. If the determination result is yes, execute 51 1 . If the judgment result is no, Execute 505. For example, as shown in Figure 8, the agreed shared resource ratio of the carrier network is 30%. If the current load of the carrier network is 15%, the last load of the carrier network is 35%, and the load of the carrier network changes from 35% to 15. % The agreed shared resource ratio across the carrier network is 30%, and a load report message needs to be sent.

509. The first radio network control node sends a load report message to the second radio network control node according to the reporting period. For example, as shown in FIG. 8, the estimated shared resource ratio of the carrier network is 30%. If the current load of the carrier network is any value greater than or equal to 30%, a load report message needs to be sent. The load report message includes: an identifier of the cell and a current load of the carrier network. Preferably, the load report message further includes a current load of the cell.

510. The first radio network control node determines whether the current load of the operator network is lower than the agreed shared resource ratio of the operator network in the reporting period, and if the judgment result is If yes, the periodic report is stopped. If the result of the determination is no, the above steps 506-508 are performed.

 51. The first radio network control node sends a load report message to the second radio network control node. The load report message includes: an identifier of the cell and a current load of the operator network. Preferably, the load report message further includes a current load of the cell. It can be seen that the embodiment of the present invention provides a method for reporting load information, which fully considers the load usage of the carrier network, and divides the current load of the operator network into a ratio higher than the agreed shared resource ratio and lower than the agreed shared resource ratio. In the case where the current load of the carrier network is lower than the agreed shared resource ratio, the load of the carrier network is changed at a load reporting level across the carrier network, across the overload threshold of the carrier network, and across the agreed shared resources. The load condition is reported under the condition of the ratio; when the current load of the carrier network is higher than or equal to the agreed shared resource ratio, the load is reported according to the reporting period. Compared with the prior art, when the load of the cell is reported according to the load usage of the cell, the embodiment of the present invention implements reporting the cell load information and the load information of the carrier network according to the load usage of the operator network. Embodiment 6 This embodiment of the present invention provides a method for reporting load information. As shown in FIG. 9, the method includes the following steps 601-610.

 601. The second radio network control node sends request information to the first radio network control node. The request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operation of sharing the cell. A carrier network in a business network. The request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine a load reporting level of the carrier network.

602. The first radio network control node acquires a current load of the operator network according to the public land mobile network identifier, and acquires a current load of the cell according to the identifier of the cell.

603. The first radio network control node acquires an agreed shared resource ratio of the operator network and a previous load of the operator network according to the public land mobile network identifier. 604. The first radio network control node determines, according to the number of the second measurement reporting level and the agreed shared resource ratio of the operator network, a load reporting level of the carrier network. It should be noted that, in the embodiment of the present invention, the overload threshold of the carrier network is not set. As shown in FIG. 10, for example, the agreed shared resource ratio of the carrier network is 30%, and if the number of second measurement reporting levels is 2, the load reporting level of the operator network is 10% and 20%. After the foregoing steps 601 604 604, the first network cable network control node determines that the condition for the load report is satisfied, and is implemented by the following steps 605 609 609. If the load reporting condition is met, step 610 is performed.

 605. The first radio network control node determines whether the current load of the operator network is lower than an agreed shared resource ratio of the operator network. If the determination result is yes, perform the following steps 606 and 607; if the judgment result is no, Perform the following steps 608 to 609.

 606. The first radio network control node determines whether the load of the operator network changes from the last load of the operator network to the current load of the operator network, and whether the load change of the carrier network crosses The load reporting level of the operator network, if the determination result is yes, execute 610, and if the determination result is no, execute 605. For example, as shown in Figure 10, the reporting level of the carrier network is 10% and 20%. If the current load of the carrier network is 15%, the last load of the carrier network is 8%, and the load of the carrier network changes from 8% to If 15% of the load reporting level of the carrier network is 10%, a load report message needs to be sent.

607. The first radio network control node determines whether the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network. If the determination result is yes, execute 610, if the judgment result is no, perform 605. For example, as shown in Figure 10, the agreed shared resource ratio of the carrier network is 30%. If the current load of the carrier network is 15%, the last load of the carrier network is 35%, and the load of the carrier network changes from 35% to 15. % The agreed shared resource ratio across the carrier network is 30%, and a load report message needs to be sent. 608. The first radio network control node sends a load report message to the second radio network control node according to the reporting period. For example, as shown in FIG. 10, the agreed shared resource ratio of the carrier network is 30%. If the current load of the operator network is any value greater than or equal to 30%, a load report message needs to be sent. The load report message includes: an identifier of the cell and a current load of the carrier network. Preferably, the load report message further includes a current load of the cell.

609. The first radio network control node determines whether the current load of the operator network is lower than the agreed shared resource ratio of the operator network in the reporting period. If the determination result is yes, the period report is stopped, and if the result is determined, If no, perform steps 606-608 above.

610. The first radio network control node sends a load report message to the second radio network control node. The load report message includes: an identifier of the cell and a current load of the operator network. Preferably, the load report message further includes a current load of the cell. It can be seen that the embodiment of the present invention provides a method for reporting load information, which fully considers the load usage of the carrier network, and divides the current load of the operator network into a ratio higher than the agreed shared resource ratio and lower than the agreed shared resource ratio. In the case of the carrier network, when the current load of the carrier network is lower than the agreed shared resource ratio, the load of the carrier network is reported to the load reporting level across the carrier network, and the load situation is reported under the condition of the agreed shared resource ratio; When the current load of the carrier network is higher than or equal to the agreed shared resource ratio, the load is reported according to the reporting period. Compared with the prior art, the load of the cell is reported according to the load usage of the cell, and the embodiment of the present invention implements the load information of the cell and the load information of the carrier network according to the load usage of the operator network.

Embodiment 7 The embodiment of the present invention provides a method for reporting load information. As shown in FIG. 1 , the method includes the following steps 70 705 :

701. The second radio network control node sends request information to the first radio network control node. The request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operation that shares the cell. An operator in the business network The internet. The request information further includes: a third reporting level number; the third reporting level number is used to determine a load reporting level of the cell.

702. The first radio network control node determines a load reporting level of the cell according to the number of the third reporting level and the entire capacity of the cell. For example, as shown in FIG. 12, the entire capacity of the cell is 100%. If the number of first measurement reporting levels is 3, the cell reporting level of the cell is 25%, 50%, and 75%.

 703. The first radio network control node acquires a previous load of the cell and a current load of the cell according to the identifier of the cell.

704. The first radio network control node determines, in a process in which an available capacity of the carrier network is changed from a last available capacity of the carrier network to a current available capacity of the carrier network, where the carrier network Whether the available capacity change crosses the load reporting level of the cell, and if the determination result is yes, the following step 705 is performed; if the determination result is otherwise, the execution 704 is continued. The current available capacity of the carrier network is the difference between the entire capacity of the cell and the current load of the cell; the last available capacity of the carrier network is the entire capacity of the cell and the last time of the cell The difference between the loads; for example, the entire capacity of the cell is 100%, if the last load of the cell is 20%, the last available capacity of the carrier network is 80%, and if the current load of the cell is 40%, The current available capacity of the carrier network is 60%. As shown in Figure 12, the available capacity of the carrier network changes from 80% to 60%, and the load reporting level of the cell is 75%.

705. The first radio network control node sends a load report message to the second radio network control node. The load report message includes: an identifier of the cell and a current load of the carrier network, where the load is The reporting message also includes the current load of the cell. An embodiment of the present invention provides a method for reporting load information, determining a load reporting level of the cell according to a third measurement reporting level number and an entire capacity of the cell, where a change in available capacity of the carrier network spans the cell In the case of the load reporting level, the load is reported. Compared with the prior art, the cell load is reported according to the load reporting level of the cell, and the load of the carrier network is not reported. The embodiment of the present invention implements the network according to the carrier. The purpose of the load usage is reported. Embodiment 8 The embodiment of the present invention provides a method for reporting load information. As shown in FIG. 13, the method includes the following steps 80 806:

801. The second radio network control node sends the request information to the first radio network control node. The request information includes an identifier of the cell, a public land mobile network identifier, and the public land mobile network identifier, where the public land mobile network identifier is used to identify the shared cell. A carrier network in the carrier network. The request information further includes: a third reporting level number; the third reporting level number is used to determine a load reporting level of the cell.

802. The first radio network control node acquires an agreed shared resource ratio of the operator network and a previous load of the operator network according to the public land mobile network identifier, and acquires a current current of the cell according to the identifier of the cell. load.

803. The first radio network control node obtains a sum of the agreed shared resource ratio and the occupied resource ratio of the operator network, and obtains a cell capacity that can be used by the operator network, where the occupied resource ratio is The agreed bandwidth of the carrier network shares the cell capacity used outside of the resource ratio. For example, as shown in FIG. 14, if the occupied resource ratio of the operator network is 20% and the agreed shared resource ratio of the carrier network is 30%, the cell capacity that the carrier network can use is 50%.

804. The first radio network control node determines, according to the third reporting level number and the cell capacity that the carrier network can use, the load reporting level of the cell. For example, as shown in FIG. 14, if the first measurement reporting level is When the number is 4, the load reporting level of the cell is 10%, 20%, 30%, and 40%.

805. The first radio network control node determines, in a process that a current capacity of the operator network is changed from a last available capacity of the carrier network to a current available capacity of the carrier network, where the carrier network The available capacity change spans the load reporting level of the cell. If the determination result is yes, the following step 806 is performed; if the judgment result is otherwise, the execution continues. 805. The current available capacity of the carrier network is the difference between the cell capacity that can be used by the carrier network and the current load of the carrier network; the last available capacity of the carrier network is available to the carrier network. The difference between the cell capacity and the last load of the carrier network. For example, as shown in FIG. 14, when the capacity of the cell that the carrier network can use is 50%, if the last load of the operator network is 20%, the last available capacity of the carrier network is 30%, if the carrier network The current load is 40%, and the current available capacity of the carrier network is 10%. If the available capacity of the carrier network changes from 30% to 10%, the load reporting level of the cell is 20%, and the load report message needs to be sent.

806. The first radio network control node sends a load report message to the second radio network control node. The load report message includes: an identifier of the cell and a current load of the carrier network, and preferably, the load The reporting message also includes the current load of the cell. The embodiment of the present invention provides a method for reporting load information. The cell capacity that can be used by the carrier network is obtained, and the load of the cell is determined according to the number of the third measurement reporting level and the cell capacity that can be used by the carrier network. The reporting level, when the available capacity of the carrier network changes across the load reporting level of the cell, the load is reported, and the cell load is not reported to the operator according to the load reporting level of the cell. In the case of the load, the embodiment of the present invention achieves the purpose of reporting according to the load usage of the operator network. Embodiment 9 The embodiment of the present invention provides a wireless network control node 10, as shown in FIG. 15, the Susou wireless network control node 10 includes: a receiving unit 1 1 , a first obtaining unit 12 and a sending unit 13 ; 1 1 is configured to receive request information sent by a second radio network control node, where the request information includes an identifier of a cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify a carrier network that shares the cell. a carrier network in the middle; The first obtaining unit 12 is configured to acquire a current load of the carrier network according to the public land mobile network identifier received by the receiving unit 11; the sending unit 13 sends a load report to the second wireless network control node. The load reporting message includes: an identifier of the cell and a current load of the carrier network. Further, the first acquiring unit 12 is further configured to acquire, according to the identifier of the cell, the current load of the cell, and the load reporting message further includes: a current load of the cell. An embodiment of the present invention provides a radio network control node, which acquires a current load of the operator network according to the public land mobile network identifier, and sends a load report message to the second radio network control node, where the load report message is sent. The current load of the carrier network is included. Compared with the prior art, when the load of the carrier network is not reported, the embodiment of the present invention not only reports the load of the cell but also reports the load of the operator network. Embodiment 10 The embodiment of the present invention provides a radio network control node 20, as shown in FIG. 16, the radio network control node 20 includes: a receiving unit 21, a first obtaining unit 22, and a sending unit 23; And configured to receive request information sent by a second radio network control node, where the request information includes an identifier of a cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operator network that shares the cell. a carrier network; the first acquiring unit 22 is configured to acquire a current load of the carrier network according to the public land mobile network identifier received by the receiving unit 21; and the sending unit 23 controls the second wireless network The node sends a load report message. The load report message includes: an identifier of the cell and a current load of the carrier network. Preferably, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine a load reporting level of the cell, and the second measurement The number of reported levels is used to determine the carrier network The load reporting level. Further, the radio network control node 20 further includes a second acquiring unit 24 and a first determining unit 25; the second obtaining unit 24 is configured to acquire the public land mobile network identifier according to the receiving unit 21 The agreed shared resource ratio of the carrier network, the overload threshold of the operator network, and the last load of the operator network; acquiring an overload threshold of the cell according to the identifier of the cell received by the receiving unit 21, The current load of the cell and the last load of the cell; the first determining unit 25 is configured to use the first measurement reporting level number received by the receiving unit 21 and the second acquiring unit 24 to obtain The overload threshold of the cell determines the load reporting level of the cell; the number of the second measurement reporting level received by the receiving unit 21 and the overload threshold of the carrier network acquired by the second acquiring unit 24 are determined. The load reporting level of the carrier network; the sending unit 23 is specifically configured to use the current load of the carrier network is lower than the transport In the case of the agreed shared resource ratio of the quotient network, the load of the operator network changes from the last load of the operator network to the current load of the operator network, if the load of the operator network changes a load reporting level of the carrier network determined by the first determining unit 25, or a load change of the carrier network spans an overload threshold of the carrier network acquired by the second acquiring unit 24, or The last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network acquired by the second acquiring unit 24, and sends a load report message to the second wireless network control node; or If the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, the load of the cell is changed from the last load of the cell to the current load of the cell. If the load change of the cell crosses the load reporting level of the cell determined by the first determining unit 25 Or, the load change of the cell spans an overload threshold of the cell acquired by the second acquiring unit 24, or When the last load of the business network is lower than the agreed shared resource ratio of the operator network acquired by the second obtaining unit 24, the load report message is sent to the second wireless network control node. Preferably, the load reporting message further includes: a current load of the cell. The embodiment of the present invention provides a wireless network control node, which fully considers the load usage of the operator network, and divides the current load of the operator network into two levels, which are equal to or greater than the agreed shared resource ratio and lower than the agreed shared resource ratio. In the case where the current load of the carrier network is lower than the agreed shared resource ratio, the load of the carrier network is changed at the load reporting level across the carrier network, across the overload threshold of the operator network, and across the agreed shared resource ratio. If the current load of the carrier network is higher than or equal to the agreed shared resource ratio, the load of the cell changes in the load reporting level across the cell, the overload threshold across the cell, and the load variation of the carrier network spans. The load condition is reported under the condition that the shared resource ratio is agreed. Compared with the prior art, the load of the cell is reported according to the load usage of the cell, and the embodiment of the present invention implements the load according to the load of the operator network. Information and carrier network Load information. Embodiment 11 The embodiment of the present invention provides a wireless network control node 30. As shown in FIG. 17, the wireless network control node 30 includes: a receiving unit 3 1 , a first acquiring unit 32 and a sending unit 33; The unit 3 1 is configured to receive request information sent by the second radio network control node, where the request information includes an identifier of a cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify a camp that shares the community transport An operator of the quotient; the first obtaining unit 32 is configured to acquire a current load of the carrier network according to the public land mobile network identifier received by the receiving unit 31; the sending unit 33 is to the second The wireless network control node sends a load report message. The load report message includes: an identifier of the cell and a current load of the operator network. Preferably, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine a load reporting level of the cell, and the second measurement The number of reported levels is used to determine the carrier network The load reporting level. Further, the radio network control node 30 further includes a third obtaining unit 34 and a second determining unit 35. The third obtaining unit 34 is configured to obtain the public land mobile network identifier according to the receiving unit 31. The agreed shared resource ratio of the carrier network and the last load of the operator network; acquiring an overload threshold of the cell, a current load of the cell, and an identifier according to the identifier of the cell received by the receiving unit 31 The second determining unit 35 is configured to use the first measurement reporting level number received by the receiving unit 31 and the overload threshold of the cell acquired by the third acquiring unit 34. Determining the load reporting level of the cell; determining the operation according to the second measurement reporting level number received by the receiving unit 31 and the agreed shared resource ratio of the operator network acquired by the third acquiring unit 34 The load reporting level of the quotient network; the sending unit 33 is specifically configured to: the current load on the carrier network is lower than the agreement of the carrier network. In the case of a resource ratio, the load of the carrier network is changed from the last load of the carrier network to the current load of the carrier network, if the load change of the carrier network spans the second Determining the load reporting level of the operator network determined by the unit 35, or the last load of the carrier network is higher than or equal to the agreed shared resource ratio of the operator network acquired by the third obtaining unit 34, Sending a load report message to the second radio network control node; or, if the current load of the operator network is higher than or equal to an agreed shared resource ratio of the operator network, the load of the cell is During the current load change of the cell to the current load of the cell, if the load change of the cell crosses the load reporting level of the cell determined by the second determining unit 35, or the load change of the cell The overload threshold of the cell acquired by the third acquiring unit 34, or the previous one of the carrier network When the secondary load is lower than the agreed shared resource ratio of the carrier network acquired by the third acquiring unit 34, the load report message is sent to the second wireless network control node. Preferably, the load reporting message further includes: a current load of the cell. The embodiment of the present invention provides a wireless network control node, which fully considers the load usage of the operator network, and divides the current load of the operator network into two levels, which are equal to or greater than the agreed shared resource ratio and lower than the agreed shared resource ratio. In the case where the current load of the carrier network is lower than the agreed shared resource ratio, the load of the carrier network is reported to the load reporting level across the carrier network, and the load situation is reported under the condition of the agreed shared resource ratio; When the current load of the quotient network is higher than or equal to the agreed shared resource ratio, the load change of the cell is reported in the load reporting level across the cell, the overload threshold across the cell, and the load change of the carrier network is reported across the agreed shared resource ratio. In the case of the load, compared with the prior art, the load of the cell is reported according to the load usage of the cell. The embodiment of the present invention implements reporting the cell load information and the load information of the carrier network according to the load usage of the operator network. Embodiment 12 The embodiment of the present invention provides a radio network control node 40. As shown in FIG. 18, the radio network control node 40 includes: a receiving unit 41, a first obtaining unit 42 and a sending unit 43; 41. The method is configured to receive request information sent by a second radio network control node, where the request information includes an identifier of a cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operator network that shares the cell. The first acquiring unit 42 is configured to acquire the current load of the carrier network according to the public land mobile network identifier received by the receiving unit 41; the sending unit 43 is configured to the second wireless network. The control node sends a load report message. The load report message includes: an identifier of the cell and a current load of the carrier network. Further, the request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine a load reporting level of the carrier network. Further, the wireless network control node further includes: a fourth obtaining unit 44 and a third determining unit 45; The fourth obtaining unit 44 is configured to acquire, according to the public land mobile network identifier received by the receiving unit 41, an agreed shared resource ratio of the carrier network and a previous load of the carrier network; The determining unit 45 is configured to determine, according to the second measurement reporting level number received by the receiving unit 41 and the agreed shared resource ratio of the operator network, a load reporting level of the carrier network, where the sending unit 43 is specifically configured to If the current load of the carrier network is lower than the agreed shared resource ratio of the carrier network, the load on the carrier network is changed by the last load of the carrier network to the carrier network. During the current load, if the load of the carrier network changes across the reporting level of the carrier network determined by the third determining unit 45, or the last load of the carrier network is higher than or equal to When the fourth shared unit 44 obtains the agreed shared resource ratio of the carrier network, the second wireless network control section is Sending a load report message; or, if the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, according to the reporting period received by the receiving unit 41 to the The second wireless network control node sends a load report message; if the current load of the operator network is lower than the agreed shared resource ratio of the operator network in the reporting period, the period report is stopped; or, in the carrier network If the current load is higher than or equal to the agreed shared resource ratio of the carrier network, if the last load of the carrier network is lower than the agreed sharing of the carrier network acquired by the fourth obtaining unit 44 The resource ratio sends a load report message to the second radio network control node. Further, the first acquiring unit 42 is further configured to acquire a current load of the cell according to the identifier of the cell that is received by the receiving unit 41. The load report message further includes: a current load of the cell. The embodiment of the present invention provides a wireless network control node, which fully considers the load usage of the operator network, and divides the current load of the operator network into two situations: a ratio of the agreed shared resource and a ratio lower than the agreed shared resource. Further, when the current load of the carrier network is lower than the agreed shared resource ratio, the load change of the carrier network is reported at a load reporting level across the carrier network, and the load condition is reported under the condition of the agreed shared resource ratio; When the current load of the network is higher than or equal to the agreed shared resource ratio, the load is reported according to the reporting period. Compared with the prior art, when the load of the cell is reported according to the load usage of the cell, the embodiment of the present invention implements reporting the cell load information and the load information of the carrier network according to the load usage of the operator network.

Embodiment 13 The embodiment of the present invention provides a wireless network control node 50. As shown in FIG. 19, the wireless network control node 50 includes: a receiving unit 51, a first obtaining unit 52, and a sending unit 53. The receiving unit 5 1 is configured to receive request information sent by a second radio network control node, where the request information includes an identifier of a cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operator network that shares the cell. The first acquisition unit 52 is configured to acquire the current load of the carrier network according to the public land mobile network identifier received by the receiving unit 51; the sending unit 53 sends the second wireless The network control node sends a load report message. The load report message includes: an identifier of the cell and a current load of the carrier network. Further, the request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine a load reporting level of the carrier network. Further, the wireless network control node 50 further includes: a fifth obtaining unit 54 and a fourth determining unit 55; The fifth obtaining unit 54 is configured to acquire, according to the public land mobile network identifier received by the receiving unit 51, an agreed shared resource ratio of the carrier network, an overload threshold of the operator network, and the operator. The fourth determining unit 55 is configured to determine, according to the second measurement reporting level number received by the receiving unit 51 and the overload threshold of the operator network acquired by the fifth obtaining unit 54. The load reporting level of the carrier network is used. The sending unit 53 is specifically configured to load the carrier network when the current load of the carrier network is lower than the agreed shared resource ratio of the carrier network. In the process of changing the last load of the carrier network to the current load of the carrier network, if the load of the carrier network changes across the carrier network determined by the fourth determining unit 55 The reporting level, or if the load of the carrier network changes across the overload of the carrier network acquired by the fifth obtaining unit 54 Or, when the last load of the carrier network is higher than the agreed shared resource ratio of the carrier network acquired by the fifth acquiring unit 54, sending a load report to the second wireless network control node. Or the message is sent to the second wireless network according to the reporting period received by the receiving unit 51, where the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network. The control node sends a load report message; if the current load of the carrier network is lower than the agreed shared resource ratio of the operator network in the reporting period, the period report is stopped; or the current load on the carrier network If the ratio of the agreed shared resource ratio of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network acquired by the fifth obtaining unit 54, And sending a load report message to the second wireless network control node. Further, the first acquiring unit 52 is further configured to acquire the current load of the cell according to the identifier of the cell that is received by the receiving unit 51. The load reporting message further includes: The current load of the cell. The embodiment of the present invention provides a wireless network control node, which fully considers the load usage of the operator network, and divides the current load of the operator network into two situations: a ratio of the agreed shared resource and a ratio lower than the agreed shared resource. Further, when the current load of the carrier network is lower than the agreed shared resource ratio, the load of the carrier network is changed at a load reporting level across the carrier network, the overload threshold across the carrier network, and the condition of the agreed shared resource ratio The load is reported. When the current load of the carrier network is higher than or equal to the agreed shared resource ratio, the load is reported according to the reporting period. Compared with the prior art, when the load of the cell is reported according to the load usage of the cell, the embodiment of the present invention implements reporting the cell load information and the load information of the carrier network according to the load usage of the operator network.

Embodiment 14 The embodiment of the present invention provides a radio network control node 60. As shown in FIG. 20, the radio network control node 60 includes: a receiving unit 61, a first obtaining unit 62, and a sending unit 63. 61. The method is configured to receive request information sent by a second radio network control node, where the request information includes an identifier of a cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operator network that shares the cell. The first acquiring unit 62 is configured to acquire the current load of the carrier network according to the public land mobile network identifier received by the receiving unit 61; the sending unit 63 is to the second The wireless network control node sends a load report message. The load report message includes: an identifier of the cell and a current load of the operator network. Further, the request information further includes: a third reporting level number; the third reporting level number is used to determine a load reporting level of the cell. Further, the wireless network control node 60 further includes: a sixth obtaining unit 64 and a fifth determining unit 65. The fifth determining unit 65 is configured to determine, according to the third reporting level number received by the receiving unit 61 and the entire capacity of the cell, a load reporting level of the cell; The identifier of the cell received by the receiving unit 61 acquires the last load of the cell and the current load of the cell; the sending unit 63 is specifically configured to use the available capacity of the carrier network by the operator. In the process of changing the last available capacity of the network to the current available capacity of the carrier network, if the available capacity change of the carrier network crosses the load reporting level of the cell determined by the fifth determining unit 65, Sending a load report message to the second radio network control node; the current available capacity of the operator network is the difference between the entire capacity of the cell and the current load of the cell acquired by the sixth obtaining unit 64; The last available capacity of the carrier network is the entire capacity of the cell and the last negative of the cell acquired by the sixth obtaining unit 64 Difference. Preferably, the load reporting message further includes: a current load of the cell. An embodiment of the present invention provides a radio network control node, which determines a load reporting level of the cell according to a third measurement reporting level number and an entire capacity of the cell, where a change in available capacity of the carrier network spans the cell When the load reporting level is reported, the load is reported. Compared with the prior art, the cell load is reported according to the load reporting level of the cell, and the load of the carrier network is not reported. The embodiment of the present invention implements the load according to the carrier network. The purpose of the report is reported.

Embodiment 15 The embodiment of the present invention provides a wireless network control node 70. As shown in FIG. 21, the wireless network control node 70 includes: a receiving unit 71, a first obtaining unit 72, and a sending unit 73. The receiving unit 71. The method is configured to receive request information sent by a second radio network control node, where the request information includes an identifier of a cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operator network that shares the cell. a carrier network; The first obtaining unit 72 is configured to acquire a current load of the carrier network according to the public land mobile network identifier received by the receiving unit 71; the sending unit 73 sends a load report message to the second wireless network control node. The load report message includes: an identifier of the cell and a current load of the carrier network. Further, the request information further includes: a third reporting level number; the third reporting level number is used to determine a load reporting level of the cell.

Further, the method further includes: a seventh obtaining unit 74 and a sixth determining unit 75; the seventh obtaining unit 74 is configured to acquire the operator according to the public land mobile network identifier received by the receiving unit 71 The agreed shared resource ratio of the network and the last load of the operator network, the sixth determination 75 unit is used to obtain the sum of the agreed shared resource ratio and the occupied resource ratio of the operator network, and the operator network is obtained. a cell capacity that can be used, the occupied resource ratio is a cell capacity used by the operator in addition to the agreed shared resource ratio of the operator network; and the number of the third reporting level and the carrier network may be The used cell capacity determines the load reporting level of the cell; the sending unit 73 is configured to change the available capacity of the carrier network from the last available capacity of the carrier network to the current available of the carrier network. In the process of capacity, if the available capacity change of the carrier network crosses the determination determined by the sixth determining unit 75 Sending a load report message to the second radio network control node when the load reporting level of the area is; the current available capacity of the carrier network is the cell capacity that can be used by the operator network, and the seventh acquiring unit 74 obtains The difference between the current load of the carrier network; the last available capacity of the carrier network is the cell capacity that can be used by the carrier network and the carrier network acquired by the seventh obtaining unit 74 The difference between one load. Further, the first acquiring unit is further configured to acquire a current load of the cell according to the identifier of the cell that is received by the receiving unit 71. The load reporting message further includes: The current load of the cell. Embodiment 16 The present invention further provides a wireless network control node 80. As shown in FIG. 22, the wireless network control node 80 includes: a sending unit 81 and a receiving unit 82. The sending unit 81 is directed to the first wireless network. The control node sends the request information; the request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operator network in the operator network sharing the cell; The unit 82 is configured to receive a load report message sent by the first radio network control node, where the load report message includes: an identifier of the cell and a current load of the operator network. The load report message further includes: a current load of the cell. Preferably, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine a load reporting level of the cell, and the second measurement The number of reporting levels is used to determine the load reporting level of the carrier network. The embodiment of the present invention sends the cell identifier, the number of the first measurement reporting level, the public land mobile network identifier, and the second measurement level, so that the reporting node reports according to the usage of the operator network. Preferably, the request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine a load reporting level of the carrier network. The embodiment of the present invention sends the public land mobile network identifier, the second number of measurement levels, and the reporting period, so that the reporting node fully reports the usage of the operator network to report. Preferably, the request information further includes: a third reporting level number, where the third reporting level number is used to determine a load reporting level of the cell. The embodiment of the present invention sends the public land mobile network identifier and the number of the third reporting level, so that the reporting node fully reports the usage of the operator network to report. An embodiment of the present invention provides a radio network control node, which sends a load report message, where the load report message includes a public land mobile network identifier, and obtains load information of the operator network, and acquires a cell load by sending a cell identifier according to the prior art. Way, the invention The embodiment also transmits a public land mobile network identifier, which achieves the purpose of acquiring the load of the operator network. Embodiment 17 As shown in FIG. 23, an embodiment of the present invention provides a wireless network control node 90, including: a receiver 91, a processor 92, and a transmitter 93. The receiver 91 is configured to receive a second wireless network control. The request information sent by the node; the request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify one carrier network in the operator network sharing the cell; The device 92 is configured to acquire a current load of the carrier network according to the public land mobile network identifier received by the receiver; the sender 93 sends a load report message to the second radio network control node; The method includes: an identifier of the cell and a current load of the carrier network. Further, the processor 91 is further configured to acquire a current load of the cell according to the identifier of the cell that is received by the receiver. The load report message further includes: a current load of the cell. An embodiment of the present invention provides a radio network control node, which acquires a current load of the operator network according to the public land mobile network identifier, and sends a load report message to the second radio network control node, where the load report message is sent. The current load of the carrier network is included. Compared with the prior art, when the load of the carrier network is not reported, the embodiment of the present invention not only reports the load of the cell but also reports the load of the operator network. Embodiment 18 As shown in FIG. 23, an embodiment of the present invention provides a wireless network control node 90, including: a receiver 91, a processor 92, and a transmitter 93. The receiver 91 is configured to receive a second wireless network control. Request information sent by the node; the request information includes an identifier of the cell and a public land mobile network identifier, the public land The mobile network identifier is used to identify one of the operator networks sharing the cell; the processor 92 is configured to obtain the current load of the carrier network according to the public land mobile network identifier received by the receiver 91. The transmitter 93 sends a load report message to the second radio network control node; the load report message includes: an identifier of the cell and a current load of the operator network. Further, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine a load reporting level of the cell, and the second measurement The number of reporting levels is used to determine the load reporting level of the carrier network. Preferably, the processor 92 is further configured to acquire, according to the public land mobile network identifier received by the receiver 91, an agreed shared resource ratio of the carrier network, an overload threshold of the operator network, and the operation. The last load of the quotient network; obtaining an overload threshold of the cell, a current load of the cell, and a previous load of the cell according to the identifier of the cell received by the receiver 91; receiving according to the receiver 91 The number of the first measurement reporting level and the overload threshold of the cell determine a load reporting level of the cell; the number of the second measurement reporting level received by the receiver 91 and an overload threshold of the carrier network Determining a load reporting level of the carrier network. Preferably, the sender 93 is specifically configured to: when the current load of the carrier network is lower than an agreed shared resource ratio of the carrier network, the carrier The load of the network is changed by the last load of the carrier network to the current load of the operator network, if the operation The load change of the network spans the load reporting level of the carrier network determined by the processor 92, or the load change of the carrier network spans an overload threshold of the carrier network acquired by the processor 92, or The last load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network acquired by the processor 92, and sends a load report message to the second wireless network control node; or The current load of the carrier network is higher than or equal to the agreement of the carrier network. In the case of a shared resource ratio, the load of the cell is changed by the last load of the cell to the current load of the cell, if the load change of the cell crosses the cell determined by the processor 92 The load reporting level, or the load change of the cell spans the overload threshold of the cell acquired by the processor 92, or the last load of the carrier network is lower than the operation acquired by the processor 92. When the agreement of the quotient network shares the resource ratio, the load report message is sent to the second radio network control node. The load report message further includes: a current load of the cell. It can be seen that, when the current load of the operator network is lower than the agreed shared resource ratio, the load of the carrier network changes in the load reporting level across the carrier network, and crosses the carrier network. Overload threshold, reporting the load condition under the condition of the agreed shared resource ratio; when the current load of the operator network is higher than or equal to the agreed shared resource ratio, the load of the cell changes in the load reporting level across the cell, and the overload threshold across the cell And the load change of the carrier network is reported to the load condition under the condition of the agreed shared resource ratio. Compared with the prior art, the load of the cell is reported according to the load usage of the cell, and the embodiment of the present invention implements the network according to the carrier. Load usage, the load information of the cell and the load information of the carrier network. Further preferably, the processor 92 is further configured to acquire, according to the public land mobile network identifier received by the receiver 91, an agreed shared resource ratio of the operator network and a last load of the operator network; The identifier of the cell received by the receiver 91 acquires an overload threshold of the cell, a current load of the cell, and a previous load of the cell; and the first measurement reporting level received by the receiver 91. The number and the overload threshold of the cell determine a load reporting level of the cell; determining the carrier network according to the second measurement reporting level number received by the receiver 91 and an agreed shared resource ratio of the carrier network. The load reporting level is further preferred. The transmitter 93 is specifically configured to: when the current load of the carrier network is lower than the agreed shared resource ratio of the carrier network, the load of the carrier network is In the process of changing the last load of the carrier network to the current load of the carrier network, if the load of the carrier network changes The load reporting level of the carrier network determined by the processor 92, or the last load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network acquired by the processor 92. To the stated The second radio network control node sends a load report message; or, if the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, the load of the cell is used by the cell During the last load change to the current load of the cell, if the load change of the cell crosses the load reporting level of the cell determined by the processor 92, or the load change of the cell spans the processor And obtaining, by the second wireless network, the overload threshold of the cell, or when the last load of the carrier network is lower than the agreed shared resource ratio of the carrier network acquired by the processor 92. The node sends a load report message. The load report message further includes: a current load of the cell. It can be seen that the wireless network control node provided by the present invention changes the load of the operator network in a load reporting level across the carrier network when the current load of the operator network is lower than the agreed shared resource ratio, and the condition of the agreed shared resource ratio is exceeded. If the current load of the carrier network is higher than or equal to the agreed shared resource ratio, the load of the cell changes in the load reporting level across the cell, the overload threshold across the cell, and the load variation of the carrier network. The load situation is reported under the condition of the shared resource ratio. Compared with the prior art, the load of the cell is reported according to the load usage of the cell, and the embodiment of the present invention implements the load information and operation of the cell according to the load usage of the operator network. Load information of the business network. Embodiment 19 As shown in FIG. 24, an embodiment of the present invention provides a wireless network control node 90, including: a receiver 91, a processor 92, and a transmitter 93. The receiver 91 is configured to receive a second wireless network control. The request information sent by the node; the request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify one carrier network in the operator network sharing the cell; The device 92 is configured to acquire a current load of the carrier network according to the public land mobile network identifier received by the receiver; The transmitter 93 sends a load report message to the second radio network control node. The load report message includes: an identifier of the cell and a current load of the operator network. Further, the request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine a load reporting level of the carrier network. Further, the processor 92 is further configured to acquire, according to the public land mobile network identifier received by the receiver 91, an agreed shared resource ratio of the carrier network and a previous load of the carrier network; The number of the second measurement reporting level received by the receiver and the agreed shared resource ratio of the operator network determine a load reporting level of the carrier network; and further preferably, the transmitter 93 is specifically configured to If the current load of the carrier network is lower than the agreed shared resource ratio of the carrier network, the load on the carrier network is changed by the last load of the carrier network to the carrier network. During the current load, if the load of the operator network changes across the reporting level of the operator network determined by the processor 92, or the last load of the carrier network is higher than or equal to the processing And sending, by the device 92, the load sharing report message to the second wireless network control node; If the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, the second wireless network control node is sent according to the reporting period received by the receiver 91. Sending a load report message; if the current load of the carrier network is lower than the agreed shared resource ratio of the operator network in the reporting period, the period reporting is stopped; or the current load of the carrier network is higher than Or equal to the agreed shared resource ratio of the carrier network, if the last load of the operator network is lower than the agreed shared resource ratio of the operator network acquired by the processor 92, then The second wireless network control node sends a load report message. The processor 92 is further configured to acquire a current load of the cell according to the identifier of the cell, where the load report message further includes: a current load of the cell. It can be seen that, when the current load of the operator network is lower than the agreed shared resource ratio, the load of the carrier network changes in the load reporting level across the carrier network, and the ratio of the shared resources is crossed. The load condition is reported under the condition; when the current load of the carrier network is higher than or equal to the agreed shared resource ratio, the load is reported according to the reporting period. Compared with the prior art, when the load of the cell is reported according to the load usage of the cell, the embodiment of the present invention implements reporting the cell load information and the load information of the carrier network according to the load usage of the operator network. Further preferably, the processor 92 is further configured to acquire, according to the public land mobile network identifier received by the receiver 91, an agreed shared resource ratio of the carrier network, an overload threshold of the operator network, and the The last load of the carrier network; determining the load reporting level of the carrier network according to the number of the second measurement reporting levels received by the receiver 91 and the overload threshold of the operator network acquired by the processor 92 Further preferably, the transmitter 93 is specifically configured to: when the current load of the carrier network is lower than an agreed shared resource ratio of the carrier network, the load on the carrier network is operated by the In the process of the last load change of the quotient network to the current load of the carrier network, if the change of the load of the operator network crosses the reporting level of the operator network determined by the processor 92, or if The load of the carrier network changes across an overload threshold of the operator network acquired by the processor 92, or the carrier network Sending a load report message to the second wireless network control node when the last load is higher than or equal to the agreed shared resource ratio of the carrier network acquired by the processor; or, the current load on the carrier network And a higher than or equal to the agreed shared resource ratio of the carrier network, sending a load report message to the second radio network control node according to the reporting period received by the receiver 91; if in the reporting period, If the current load of the operator network is lower than the agreed shared resource ratio of the operator network, the period reporting is stopped; Or, if the current load of the carrier network is higher than or equal to the agreed shared resource ratio of the carrier network, if the last load of the carrier network is lower than that obtained by the processor 92 The agreed shared resource ratio of the operator network sends a load report message to the second wireless network control node. The processor 92 is further configured to acquire a current load of the cell according to the identifier of the cell, where the load report message further includes: a current load of the cell. It can be seen that the wireless network control node provided by the present invention changes the load of the operator network to the load reporting level across the carrier network when the current load of the carrier network is lower than the agreed shared resource ratio, and exceeds the overload threshold of the operator network. The load is reported under the condition of the agreed shared resource ratio; when the current load of the carrier network is higher than or equal to the agreed shared resource ratio, the load is reported according to the reporting period. Compared with the prior art, when the load of the cell is reported according to the load usage of the cell, the embodiment of the present invention implements reporting the cell load information and the load information of the carrier network according to the load usage of the operator network. Embodiment 20 As shown in FIG. 23, an embodiment of the present invention provides a wireless network control node 90, including: a receiver 91, a processor 92, and a transmitter 93. The receiver 91 is configured to receive a second wireless network control. The request information sent by the node; the request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify one carrier network in the operator network sharing the cell; The device 92 is configured to acquire a current load of the carrier network according to the public land mobile network identifier received by the receiver; the sender 93 sends a load report message to the second radio network control node; The method includes: an identifier of the cell and a current load of the carrier network. Further, the request information further includes: a third reporting level number; the third reporting level number is used to determine a load reporting level of the cell. Preferably, the processor 92 is further configured to determine, according to the third reporting level number received by the receiver 91 and the entire capacity of the cell, a load reporting level of the cell; The last load of the cell and the current load of the cell; preferably, the transmitter 93 is specifically configured to change the available capacity of the carrier network from the last available capacity of the carrier network to the operation. In the process of the current available capacity of the quotient network, if the available capacity change of the operator network crosses the load reporting level of the cell determined by the processor 92, send a load report message to the second wireless network control node. The current available capacity of the carrier network is the difference between the entire capacity of the cell and the current load of the cell acquired by the processor 92; the last available capacity of the carrier network is the entire The difference between the capacity and the last load of the cell acquired by the processor 92. The load report message further includes: a current load of the cell. It can be seen that the radio network control node according to the embodiment of the present invention determines the load reporting level of the cell according to the third measurement reporting level number and the entire capacity of the cell, and the available capacity change of the carrier network spans the cell. In the case of the load reporting level, the load is reported. Compared with the prior art, the load of the cell is reported according to the load reporting level of the cell, and the load of the carrier network is not reported. The embodiment of the present invention implements the load according to the carrier network. Use for reporting purposes. Further preferably, the processor 92 is further configured to acquire, according to the public land mobile network identifier received by the receiver 91, an agreed shared resource ratio of the operator network and a previous load of the operator network; Taking the sum of the agreed shared resource ratio and the occupied resource ratio of the carrier network, and obtaining the cell capacity that can be used by the operator network, where the occupied resource ratio is an agreed shared resource of the operator except the carrier network. a cell capacity used by the ratio; determining a load reporting level of the cell according to the third reporting level number received by the receiver 91 and a cell capacity that the carrier network can use; and preferably, the The transmitter 93 is specifically configured to: when the available capacity of the carrier network is changed by the last available capacity of the carrier network to the current available capacity of the carrier network, if the available capacity of the carrier network When the change crosses the load reporting level of the cell determined by the processor 92, the change is sent to the second wireless network control node. Load reporting message; the network operator currently available capacity of the network operator of the network operator can use the cell capacity of the processor 92 acquires a difference of the current load; The last available capacity of the carrier network is the difference between the cell capacity that can be used by the carrier network and the last load of the carrier network acquired by the processor 92. The processor 92 is further configured to acquire a current load of the cell according to the identifier of the cell that is received by the receiver. The load report message further includes: a current load of the cell. It can be seen that the radio network control node provided by the embodiment of the present invention determines the load of the cell according to the number of the third measurement reporting level and the cell capacity that the carrier network can use by obtaining the cell capacity that can be used by the carrier network. The reporting level, when the available capacity of the carrier network changes across the load reporting level of the cell, the load is reported, and the cell load is not reported to the operator according to the load reporting level of the cell. In the case of the load, the embodiment of the present invention achieves the purpose of reporting according to the load usage of the operator network. Embodiment 21 As shown in FIG. 25, an embodiment of the present invention provides a wireless network control node 100, where the wireless network control node includes: a transmitter 1 10 and a receiver 120; and the transmitter 1 10 is directed to a first wireless network. The control node sends the request information; the request information includes an identifier of the cell and a public land mobile network identifier, where the public land mobile network identifier is used to identify an operator network in the operator network sharing the cell; The device 120 is configured to receive a load report message sent by the first radio network control node, where the load report message includes: an identifier of the cell and a current load of the carrier network. Further, the load report message further includes: a current load of the cell. Preferably, the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is used to determine a load reporting level of the cell, and the second measurement The number of reporting levels is used to determine the load reporting level of the carrier network. Further preferably, the request information further includes: a second measurement reporting level number and a reporting week The second measurement reporting level number is used to determine a load reporting level of the carrier network. Further, the request information further includes: a third number of reporting levels, where the third reporting level number is used to determine a load reporting level of the cell. An embodiment of the present invention provides a radio network control node, which sends a load report message, where the load report message includes a public land mobile network identifier, and obtains load information of the operator network, and acquires a cell load by sending a cell identifier according to the prior art. The embodiment of the present invention also sends a public land mobile network identifier, which achieves the purpose of acquiring the load of the operator network. Embodiment 22 The embodiment of the present invention further provides a system 200 for load information reporting, as shown in FIG. 26, including a first wireless network control node 210 and a second wireless network control node 220, where the first wireless The network control node 210 is the wireless network control node 10, the wireless network control node 20, the wireless network control node 30, the wireless network control node 40, the wireless network control node 50, the wireless network control node 60, or the wireless network control node provided by the above embodiments. The second wireless network control node 220 is the wireless network control node 80 provided by the foregoing embodiment; or the first wireless network control node 210 is the wireless network control node 90 provided by the foregoing embodiment, and the second The wireless network control node 220 is the wireless network control node 100 provided by the above embodiment. In all embodiments of the present invention, the first radio network control node includes: an RNC, an eNB, a BSC, an eNode B, or an AP; and the second radio network control node includes: an RNC, an eNB, a BSC, an eNode B, or an AP; In the example, the first radio network control node and the second radio network control node may perform load on the same network standard, for example, between the RNC and the RNC, or perform load on the eNB and the eNB.

In the several embodiments provided by the present application, it should be understood that the disclosed system, apparatus, and method may be implemented in other manners. For example, the device embodiments described above are merely illustrative. For example, the division of the unit is only a logical function division. In actual implementation, there may be another division manner, for example, multiple units or components may be combined or Can be integrated into another system, or some features can be ignored, or not executed. Another point, The mutual coupling or direct coupling or communication connection shown or discussed may be an indirect coupling or communication connection through some interface, device or unit, and may be in an electrical, mechanical or other form. The units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units, that is, may be located in one place, or may be distributed to multiple network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of the embodiment. In addition, each functional unit in each embodiment of the present invention may be integrated into one processing unit, or each unit may be physically included separately, or two or more units may be integrated into one unit. The above integrated unit can be implemented in the form of hardware or in the form of hardware plus software functional units. The above-described integrated unit implemented in the form of a software functional unit can be stored in a computer readable storage medium. The software functional units described above are stored in a storage medium and include instructions for causing a computer device (which may be a personal computer, server, or network device, etc.) to perform portions of the steps of the methods described in various embodiments of the present invention. The foregoing storage medium includes: a U disk, a mobile hard disk, a read-only memory (ROM), a random access memory (RAM), a disk or an optical disk, and the like, and the program code can be stored. Medium. It should be noted that the above embodiments are only for explaining the technical solutions of the present invention, and are not intended to be limiting; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those skilled in the art that: The technical solutions described in the foregoing embodiments are modified, or some of the technical features are equivalently replaced. The modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

claims 1. A method for reporting load information, characterized in that the method includes: the first radio network control node receiving request information sent by the second radio network control node; the request information includes the identity of the cell and public land mobile Network identifier, the public land mobile network identifier is used to identify one of the operator networks sharing the cell; obtain the current load of the operator network according to the public land mobile network identifier; send to the third The second radio network control node sends a load reporting message; the load reporting message includes: the identity of the cell and the current load of the operator network. 2. The method according to claim 1, characterized in that, the method further includes: obtaining the current load of the cell according to the identity of the cell; the load reporting message further includes: the current load of the cell. 3. The method according to claim 1, wherein the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein the first measurement reporting level number is used to determine the measurement reporting level. The load reporting level of the cell is specified, and the second measurement reporting level number is used to determine the load reporting level of the operator network. 4. The method according to claim 3, characterized in that, before sending a load reporting message to the second radio network control node, the method further includes: obtaining the operator according to the public land mobile network identity The agreed shared resource ratio of the network, the overload threshold of the operator network and the last load of the operator network; obtaining the overload threshold of the cell, the current load of the cell and the cell according to the identity of the cell the last load; determine the load reporting level of the cell according to the number of first measurement reporting levels and the overload threshold of the cell; Determining the load reporting level of the operator network according to the number of second measurement reporting levels and the overload threshold of the operator network; The sending a load reporting message to the second wireless network control node specifically includes: When the current load of the operator network is lower than the agreed shared resource ratio of the operator network, the load of the operator network changes from the last load of the operator network to the current load of the operator network. During the process, if the load change of the operator network crosses the load reporting level of the operator network, or, the load change of the operator network crosses the overload threshold of the operator network, or, the operator network The last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, sending a load reporting message to the second wireless network control node; or, when the current load of the operator network is higher than or equal to the In the case of the agreed shared resource ratio of the operator network, during the process when the load of the cell changes from the last load of the cell to the current load of the cell, if the load change of the cell crosses the load report of the cell level, or the load change of the cell crosses the overload threshold of the cell, or when the last load of the operator network is lower than the agreed shared resource ratio of the operator network, the second wireless network The control node sends a load reporting message. 5. The method according to claim 3, characterized in that, before sending a load reporting message to the second radio network control node, the method further includes: obtaining the operator according to the public land mobile network identity The agreed shared resource ratio of the network and the last load of the operator network; Obtaining the overload threshold of the cell, the current load of the cell and the last load of the cell according to the identity of the cell; Determine the load reporting level of the cell based on the number of first measurement reporting levels and the overload threshold of the cell; and determine the load reporting level of the cell based on the number of second measurement reporting levels and the agreed shared resources of the operator network The ratio determines the load reporting level of the operator network; sending a load reporting message to the second wireless network control node specifically includes: when the current load of the operator network is lower than the agreed share of the operator network In the case of resource ratio, during the process when the load of the operator network changes from the last load of the operator network to the current load of the operator network, if the load change of the operator network crosses the The load reporting level of the network, or, the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, sending a load reporting message to the second wireless network control node; or, When the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, when the load of the cell changes from the last load of the cell to the current load of the cell, if The load change of the cell crosses the load reporting level of the cell, or the load change of the cell crosses the overload threshold of the cell, or the last load of the operator network is lower than that of the operator network. When the shared resource ratio is agreed upon, a load reporting message is sent to the second radio network control node. 6. The method according to claim 4 or 5, characterized in that the load reporting message further includes: the current load of the cell. 7. The method of claim 1, wherein the request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine the operator network load reporting level. 8. The method according to claim 7, characterized in that, before sending a load reporting message to the second radio network control node, the method further includes: obtaining the operator according to the public land mobile network identity The agreed shared resource ratio of the network and the last load of the operator network; determining the load reporting level of the operator network according to the number of second measurement reporting levels and the agreed shared resource ratio of the operator network; Sending a load reporting message to the second radio network control node specifically includes: When the current load of the operator network is lower than the agreed shared resource ratio of the operator network, when the load of the operator network changes from the last load of the operator network to the operator network During the current load, if the load change of the operator network crosses the reporting level of the operator network, or, the last load of the operator network is higher than or equal to the agreed shared resources of the operator network ratio, then send a load reporting message to the second radio network control node; or, when the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, according to the Send a load reporting message to the second radio network control node during the reporting period; If during the reporting period, the current load of the operator network is lower than the agreed shared resource ratio of the operator network, stop periodic reporting; or, When the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, if the last load of the operator network was lower than the agreed shared resource ratio of the operator network, Then send a load reporting message to the second radio network control node. 9. The method according to claim 7, characterized in that, before sending a load reporting message to the second radio network control node, the method further includes: obtaining the operator according to the public land mobile network identity The agreed shared resource ratio of the network, the overload threshold of the operator network and the last load of the operator network; determining the operator network based on the number of second measurement reporting levels and the overload threshold of the operator network load reporting level; sending a load reporting message to the second radio network control node specifically includes: when the current load of the operator network is lower than the agreed shared resource ratio of the operator network, During the process when the load of the operator network changes from the last load of the operator network to the current load of the operator network, if the change in load of the operator network crosses the reporting level of the operator network , or, if the operator network The load change of the network crosses the overload threshold of the operator network, or, when the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, control is sent to the second wireless network The node sends a load reporting message; or, when the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, sends a load reporting message to the second wireless network control node according to the reporting period. Load reporting message; If during the reporting period, the current load of the operator network is lower than the agreed shared resource ratio of the operator network, the periodic reporting will be stopped; or, if the current load of the operator network is higher than or When equal to the agreed shared resource ratio of the operator network, if the last load of the operator network is lower than the agreed shared resource ratio of the operator network, send the load to the second wireless network control node Report the news. 10. The method according to claim 8 or 9, characterized in that, the method further includes: obtaining the current load of the cell according to the identity of the cell; the load reporting message further includes: the current load of the cell load. 11. The method according to claim 1, characterized in that the request information further includes: a third reporting level number; the third reporting level number is used to determine the load reporting level of the cell. 12. The method according to claim 11, characterized in that, before sending the load reporting message to the second radio network control node, the method further includes: according to the number of the third reporting level and the The entire capacity of the cell determines the load reporting level of the cell; Obtains the last load of the cell and the current load of the cell according to the identity of the cell; Sends the load report to the second radio network control node Messages, specifically including: In the process of the available capacity of the operator network changing from the last available capacity of the operator network to the current available capacity of the operator network, if the available capacity of the operator network changes across the cell When the load reporting level is high, send a load reporting message to the second wireless network control node; The currently available capacity of the operator network is the difference between the entire capacity of the cell and the current load of the cell; The operator network The last available capacity is the difference between the entire capacity of the cell and the last load of the cell. 13. The method according to claim 12, characterized in that the load reporting message further includes: the current load of the cell. 14. The method according to claim 11, characterized in that, before sending the load reporting message to the second radio network control node, the method further includes: obtaining the load reporting message according to the public land mobile network identifier. Calculate the agreed shared resource ratio of the operator network and the last load of the operator network; Obtain the sum of the agreed shared resource ratio and occupied resource ratio of the operator network to obtain the cell capacity that can be used by the operator network , the occupied resource ratio is the cell capacity used by the operator in addition to the agreed shared resource ratio of the operator network; determined based on the number of third reporting levels and the cell capacity that can be used by the operator network The load reporting level of the cell; the sending a load reporting message to the second radio network control node specifically includes: when the available capacity of the operator network changes from the last available capacity of the operator network to the During the process of determining the current available capacity of the operator network, if the available capacity of the operator network changes across the load reporting level of the cell, send a load reporting message to the second radio network control node; the operator The current available capacity of the network is the difference between the cell capacity that can be used by the operator network and the current load of the operator network; the last available capacity of the operator network is the difference between the cell capacity that can be used by the operator network and The difference between the last load of the operator's network. 15. The method according to claim 14, characterized in that, the method further includes: obtaining the current load of the cell according to the identity of the cell; The load reporting message also includes: the current load of the cell. 16. A method for reporting load information, characterized in that the method includes: the second radio network control node sends request information to the first radio network control node; the request information includes the identity of the cell and the identity of the public land mobile network , the public land mobile network identifier is used to identify one of the operator networks sharing the cell; receiving a load reporting message sent by the first wireless network control node; the load reporting message includes: The identity of the cell and the current load of the operator's network. 17. The method according to claim 16, wherein the load reporting message further includes: the current load of the cell. 18. The method according to claim 16 or 17, wherein the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein the first measurement reporting level number is used for Determine the load reporting level of the cell, and the second measurement reporting level number is used to determine the load reporting level of the operator network. 19. The method according to claim 16 or 17, wherein the request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine the operation The load reporting level of the provider network. 20. The method according to claim 16 or 17, wherein the request information further includes: a third reporting level number, wherein the third reporting level number is used to determine the load reporting level of the cell. 21. A wireless network control node, characterized in that it includes: a receiving unit, a first obtaining unit and a sending unit; the receiving unit is used to receive request information sent by the second wireless network control node; the request information includes The identity of the cell and the public land mobile network identity. The public land mobile network identity is used to identify one of the operator networks that share the cell; the first acquisition unit is used to obtain the information received by the receiving unit. The public land mobile The network identifier obtains the current load of the operator network; the sending unit sends a load reporting message to the second wireless network control node; the load reporting message includes: the identity of the cell and the current load of the operator network load. 22. The radio network control node according to claim 21, wherein the first obtaining unit is further configured to obtain the current load of the cell according to the identification of the cell received by the receiving unit; the load The reporting message also includes: the current load of the cell. 23. The wireless network control node according to claim 21, wherein the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is expressed in In order to determine the load reporting level of the cell, the second measurement reporting level number is used to determine the load reporting level of the operator network. 24. The wireless network control node according to claim 23, characterized in that, the wireless network control node further includes a second obtaining unit and a first determining unit; the second obtaining unit is used to receive according to the receiving unit. Obtain the agreed shared resource ratio of the operator network, the overload threshold of the operator network and the last load of the operator network based on the public land mobile network identifier; according to the information of the cell received by the receiving unit The identification obtains the overload threshold of the cell, the current load of the cell, and the last load of the cell; the first determining unit is configured to obtain the overload threshold of the cell according to the number of first measurement reporting levels and the number of the first measurement reporting levels received by the receiving unit. The overload threshold of the cell obtained by the second obtaining unit determines the load reporting level of the cell; According to the number of second measurement reporting levels received by the receiving unit and the operator network obtained by the second obtaining unit The overload threshold determines the load reporting level of the operator network; the sending unit is specifically configured to: when the current load of the operator network is lower than the agreed shared resource ratio of the operator network, the operator network During the process from the last load change of the operator network to the current load of the operator network, if the load change of the operator network spans the operator network determined by the first determining unit the load reporting level of the operator network, or the load change of the operator network crosses the overload threshold of the operator network obtained by the second acquisition unit, or the last load of the operator network is higher than or equal to the The second acquisition unit obtains the agreed shared resource ratio of the operator network, and sends a load reporting message to the second wireless network control node; or, when the current load of the operator network is higher than or equal to the operator network In the case of the agreed shared resource ratio of the commercial network, during the process when the load of the cell changes from the last load of the cell to the current load of the cell, if the load change of the cell crosses the determination unit the load reporting level of the cell, or the load change of the cell crosses the overload threshold of the cell obtained by the second acquisition unit, or the last load of the operator network is lower than the second When the acquisition unit obtains the agreed shared resource ratio of the operator network, it sends a load reporting message to the second radio network control node. 25. The wireless network control node according to claim 23, characterized in that, the wireless network control node further includes a third obtaining unit and a second determining unit; the third obtaining unit is used to receive according to the receiving unit. Obtain the agreed shared resource ratio of the operator network and the last load of the operator network based on the public land mobile network identification; obtain the overload threshold of the cell according to the identification of the cell received by the receiving unit, The current load of the cell and the last load of the cell; The second determination unit is configured to calculate the number of first measurement reporting levels according to the number of first measurement reporting levels received by the receiving unit and the cell obtained by the third acquisition unit. determine the load reporting level of the cell; determine the operator network according to the number of the second measurement reporting levels received by the receiving unit and the agreed shared resource ratio of the operator network obtained by the third obtaining unit The load reporting level of the operator network; the sending unit is specifically configured to: when the current load of the operator network is lower than the agreed shared resource ratio of the operator network, the load of the operator network is determined by the operator During the process from the last load change of the network to the current load of the operator network, if the load change of the operator network crosses the load reporting level of the operator network determined by the second determination unit, or, the The last time the load of the above-mentioned operator's network was higher than or equal to the The third acquisition unit obtains the agreed shared resource ratio of the operator network, and sends a load reporting message to the second wireless network control node; or, when the current load of the operator network is higher than or equal to the operator network In the case where the load of the cell changes from the last load of the cell to the current load of the cell, if the load of the cell changes across the time span determined by the second determination unit the load reporting level of the cell, or the load change of the cell crosses the overload threshold of the cell obtained by the third acquisition unit, or the last load of the operator network is lower than the third When the acquisition unit obtains the agreed shared resource ratio of the operator network, it sends a load reporting message to the second radio network control node. 26. The radio network control node according to claim 24 or 25, wherein the load reporting message further includes: the current load of the cell. 27. The wireless network control node according to claim 21, wherein the request information further includes: a second number of measurement reporting levels and a reporting period; wherein the second number of measurement reporting levels is used to determine the The load reporting level of the operator's network. 28. The wireless network control node according to claim 27, characterized in that, the wireless network control node further includes: a fourth obtaining unit and a third determining unit; the fourth obtaining unit is configured to determine The received public land mobile network identity obtains the agreed shared resource ratio of the operator network and the last load of the operator network; the third determining unit is configured to obtain the second information received by the receiving unit according to Measuring the number of reporting levels and the agreed shared resource ratio of the operator network determines the load reporting level of the operator network; the sending unit is specifically used when the current load of the operator network is lower than that of the operator network. In the case of agreeing on a shared resource ratio, during the process when the load of the operator network changes from the last load of the operator network to the current load of the operator network, if the load of the operator network changes Across the operation determined by the third determining unit The reporting level of the operator network, or, when the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network obtained by the fourth acquisition unit, then the second wireless network control The node sends a load reporting message; or, when the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, the node sends a load reporting message to the first server according to the reporting period received by the receiving unit. The second radio network control node sends a load reporting message; if the current load of the operator network is lower than the agreed shared resource ratio of the operator network during the reporting period, the periodic reporting is stopped; or, in the operator network If the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, if the last load of the operator network is lower than the agreed shared resource ratio of the operator network obtained by the fourth acquisition unit ratio, then send a load reporting message to the second radio network control node. 29. The wireless network control node according to claim 27, characterized in that, the wireless network control node further includes: a fifth acquisition unit and a fourth determination unit; the fifth acquisition unit is configured to determine The received public land mobile network identifier obtains the agreed shared resource ratio of the operator network, the overload threshold of the operator network, and the last load of the operator network; the fourth determining unit is configured to determine according to the The number of second measurement reporting levels received by the receiving unit and the overload threshold of the operator network obtained by the fifth obtaining unit determine the load reporting level of the operator network; the sending unit is specifically configured to: When the current load of the operator network is lower than the agreed shared resource ratio of the operator network, the load of the operator network changes from the last load of the operator network to the current load of the operator network. During the load process, if the load change of the operator network crosses the reporting level of the operator network determined by the fourth determining unit, or if the load change of the operator network crosses The overload threshold of the operator network obtained by the fifth obtaining unit, or, when the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network obtained by the fifth obtaining unit, Then send a load reporting message to the second radio network control node; or, when the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, receive the Send a load reporting message to the second wireless network control node during the reporting period; if within the reporting period, the current load of the operator network is lower than the agreed shared resource ratio of the operator network, stop periodic reporting ; Or, when the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, if the last load of the operator network is lower than the value obtained by the fifth acquisition unit If the agreed shared resource ratio of the operator network is determined, a load reporting message is sent to the second wireless network control node. 30. The radio network control node according to claim 28 or 29, characterized in that, the first obtaining unit is further configured to obtain the current load of the cell according to the identification of the cell received by the receiving unit; The load reporting message also includes: the current load of the cell. 31. The wireless network control node according to claim 21, wherein the request information further includes: a third reporting level number; the third reporting level number is used to determine the load reporting level of the cell. 32. The wireless network control node according to claim 31, characterized in that, the wireless network control node further includes: a sixth obtaining unit and a fifth determining unit; the fifth determining unit is configured to determine according to the receiving unit The received number of third reporting levels and the entire capacity of the cell determine the load reporting level of the cell; The sixth acquisition unit is configured to acquire the last load of the cell and the current load of the cell according to the identity of the cell received by the receiving unit; During the process in which the available capacity changes from the last available capacity of the operator network to the current available capacity of the operator network, if the change of available capacity of the operator network spans the cell determined by the fifth determining unit When the load reporting level is reached, a load reporting message is sent to the second radio network control node; the current available capacity of the operator network is the entire capacity of the cell and the current capacity of the cell obtained by the sixth acquisition unit Difference in load; The last available capacity of the operator network is the difference between the entire capacity of the cell and the last load of the cell obtained by the sixth acquisition unit. 33. The wireless network control node according to claim 32, wherein the load reporting message further includes: the current load of the cell. 34. The wireless network control node according to claim 31, characterized in that, the wireless network control node further includes: a seventh obtaining unit and a sixth determining unit; the seventh obtaining unit is used for the receiving unit The received shared resource ratio of the operator network and the last load of the operator network are obtained according to the public land mobile network identifier; the sixth determination unit is used to obtain the agreed share of the operator network The sum of the resource ratio and the occupied resource ratio is used to obtain the cell capacity that can be used by the operator's network. The occupied resource ratio is the cell capacity used by the operator in addition to the agreed shared resource ratio of the operator's network; Determine the load reporting level of the cell according to the number of third reporting levels and the cell capacity that can be used by the operator network; the sending unit is used to determine the load reporting level of the cell when the available capacity of the operator network is determined by the operator network In the process of the last available capacity changing to the current available capacity of the operator network, if the change of the available capacity of the operator network crosses the load reporting level of the cell determined by the sixth determining unit, to the The second radio network control node sends a load reporting message; the current available capacity of the operator network is the difference between the cell capacity that can be used by the operator network and the current load of the operator network obtained by the seventh acquisition unit ; Said operations The last available capacity of the operator network is the difference between the cell capacity that can be used by the operator network and the last load of the operator network obtained by the seventh acquisition unit. 35. The radio network control node according to claim 34, wherein the first obtaining unit is further configured to obtain the current load of the cell according to the identification of the cell received by the receiving unit; the load The reporting message also includes: the current load of the cell. 36. A wireless network control node, characterized in that, the wireless network control node includes: a sending unit and a receiving unit; the sending unit sends request information to the first wireless network control node; the request information includes an identification of a cell and a public land mobile network identifier, the public land mobile network identifier being used to identify one of the operator networks sharing the cell; the receiving unit is configured to receive the information sent by the first wireless network control node Load reporting message; The load reporting message includes: the identity of the cell and the current load of the operator network. 37. The wireless network control node according to claim 36, wherein the load reporting message further includes: the current load of the cell. 38. The radio network control node according to claim 36 or 37, wherein the request information further includes: the number of first measurement reporting levels and the number of second measurement reporting levels; wherein, the first measurement reporting level The number is used to determine the load reporting level of the cell, and the number of the second measurement reporting level is used to determine the load reporting level of the operator network. 39. The wireless network control node according to claim 36 or 37, characterized in that the request information further includes: a second number of measurement reporting levels and a reporting period; wherein the second number of measurement reporting levels is used to determine The load reporting level of the operator's network. 40. The radio network control node according to claim 36 or 37, wherein the request information further includes: a third reporting level number, wherein the third reporting level number is used to determine the load of the cell Escalation level. 41. A wireless network control node, characterized in that it includes: a receiver, a processor and a transmitter; the receiver is used to receive request information sent by the second wireless network control node; the request information includes an identification of a cell and a public land mobile network identifier, the public land mobile network identifier being used to identify one of the operator networks sharing the cell; the processor is configured to obtain according to the public land mobile network identifier received by the receiver The current load of the operator network; The transmitter sends a load reporting message to the second radio network control node; The load reporting message includes: the identity of the cell and the current load of the operator network. 42. The radio network control node according to claim 41, wherein the processor is further configured to obtain the current load of the cell according to the identity of the cell received by the receiver; the load reporting message Also included: the current load of the cell. 43. The wireless network control node according to claim 41, wherein the request information further includes: a first measurement reporting level number and a second measurement reporting level number; wherein, the first measurement reporting level number is expressed in In order to determine the load reporting level of the cell, the second measurement reporting level number is used to determine the load reporting level of the operator network. 44. The wireless network control node according to claim 43, wherein the processor is further configured to obtain the agreed shared resource ratio of the operator network according to the public land mobile network identification received by the receiver. , the overload threshold of the operator network and the last load of the operator network; obtaining the overload threshold of the cell, the current load of the cell and the cell according to the identity of the cell received by the receiver. the last load; determine the load reporting level of the cell based on the number of first measurement reporting levels received by the receiver and the overload threshold of the cell; determine the load reporting level of the cell based on the second measurement reporting level received by the receiver The number and the overload threshold of the operator network determine the load reporting level of the operator network; the transmitter is specifically used when the current load of the operator network is lower than the operator In the case of the agreed shared resource ratio of the network, during the process when the load of the operator network changes from the last load of the operator network to the current load of the operator network, if the load change of the operator network spans The load reporting level of the operator network determined by the processor, or the load change of the operator network crosses the overload threshold of the operator network obtained by the processor, or the load change of the operator network The last time the load was higher than or equal to the agreed shared resource ratio of the operator network obtained by the processor, send a load reporting message to the second wireless network control node; or, when the current load of the operator network is high When the load of the cell changes from the last load of the cell to the current load of the cell, if the load change of the cell spans all The load reporting level of the cell determined by the processor, or the load change of the cell crosses the overload threshold of the cell obtained by the processor, or the last load of the operator network was lower than the When the processor obtains the agreed shared resource ratio of the operator network, it sends a load reporting message to the second radio network control node. 45. The wireless network control node according to claim 43, wherein the processor is further configured to obtain the agreed shared resource ratio of the operator network according to the public land mobile network identification received by the receiver. and the last load of the operator network; obtaining the overload threshold of the cell, the current load of the cell and the last load of the cell according to the identity of the cell received by the receiver; according to the reception The load reporting level of the cell is determined based on the number of first measurement reporting levels received by the receiver and the overload threshold of the cell; and based on the number of second measurement reporting levels received by the receiver and the agreement of the operator network. The shared resource ratio determines the load reporting level of the operator network; the transmitter is specifically configured to: when the current load of the operator network is lower than the agreed shared resource ratio of the operator network, the operator network During the process from the last load change of the operator network to the current load of the operator network, if the load change of the operator network crosses the load report of the operator network determined by the processor level, or, the last load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network obtained by the processor, and controls the second wireless network The node sends a load reporting message; or, when the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, the load of the cell changes from the last load of the cell to During the current load process of the cell, if the load change of the cell crosses the load reporting level of the cell determined by the processor, or, the load change of the cell crosses the load reporting level of the cell obtained by the processor. overload threshold, or when the last load of the operator network is lower than the agreed shared resource ratio of the operator network obtained by the processor, a load report message is sent to the second wireless network control node. 46. The radio network control node according to claim 44 or 45, wherein the load reporting message further includes: the current load of the cell. 47. The wireless network control node according to claim 41, wherein the request information further includes: a second measurement reporting level number and a reporting period; wherein the second measurement reporting level number is used to determine the The load reporting level of the operator's network. 48. The wireless network control node according to claim 47, wherein the processor is further configured to obtain the agreed shared resource ratio of the operator network according to the public land mobile network identification received by the receiver. and the last load of the operator network; determining the load reporting level of the operator network according to the number of second measurement reporting levels received by the receiver and the agreed shared resource ratio of the operator network; The transmitter is specifically configured to: when the current load of the operator network is lower than the agreed shared resource ratio of the operator network, when the load of the operator network changes from the last load of the operator network to During the current load of the operator network, if the load of the operator network changes across the reporting level of the operator network determined by the processor, or, the last load of the operator network was high When equal to the agreed shared resource ratio of the operator network obtained by the processor, send a load reporting message to the second wireless network control node; or, When the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, send a load report to the second radio network control node according to the reporting period received by the receiver message; If during the reporting period, the current load of the operator network is lower than the agreed shared resource ratio of the operator network, periodic reporting will be stopped; or, if the current load of the operator network is higher than or equal to the In the case where the agreed shared resource ratio of the operator network is lower than the agreed shared resource ratio of the operator network obtained by the processor, if the last load of the operator network is lower than the agreed shared resource ratio of the operator network obtained by the processor, The control node sends a load reporting message. 49. The wireless network control node according to claim 47, wherein the processor is further configured to obtain the agreed shared resource ratio of the operator network according to the public land mobile network identification received by the receiver. , the overload threshold of the operator network and the last load of the operator network; determining the operator network according to the number of second measurement reporting levels received by the receiver and the overload threshold of the operator network load reporting level; the transmitter is specifically configured to: when the current load of the operator network is lower than the agreed shared resource ratio of the operator network, the load of the operator network is determined by the operator During the process from the last load change of the network to the current load of the operator network, if the change of load of the operator network crosses the reporting level of the operator network determined by the processor, or, if the The load change of the operator network crosses the overload threshold of the operator network obtained by the processor, or, the last load of the operator network is higher than or equal to the agreement of the operator network obtained by the processor. When the shared resource ratio is higher than the shared resource ratio, a load reporting message is sent to the second radio network control node; or, when the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network, according to The reporting period received by the receiver sends a load reporting message to the second radio network control node; if within the reporting period, the operator If the current load of the network is lower than the agreed shared resource ratio of the operator network, periodic reporting will be stopped; or, when the current load of the operator network is higher than or equal to the agreed shared resource ratio of the operator network , if the last load of the operator network is lower than the agreed shared resource ratio of the operator network obtained by the processor, send a load reporting message to the second radio network control node. 50. The wireless network control node according to claim 48 or 49, wherein the processor is further configured to obtain the current load of the cell according to the identity of the cell; the load reporting message further includes: Describe the current load of the cell. 51. The wireless network control node according to claim 41, wherein the request information further includes: a third reporting level number; the third reporting level number is used to determine the load reporting level of the cell. 52. The wireless network control node according to claim 51, wherein the processor is further configured to determine the cell according to the number of the third reporting levels received by the receiver and the entire capacity of the cell. The load reporting level; Obtain the last load of the cell and the current load of the cell according to the identity of the cell received by the receiver; The transmitter is specifically used to calculate the available capacity of the operator network by During the process when the last available capacity of the operator network changes to the current available capacity of the operator network, if the change of the available capacity of the operator network crosses the load reporting level of the cell determined by the processor , sending a load reporting message to the second radio network control node; the current available capacity of the operator network is the difference between the entire capacity of the cell and the current load of the cell obtained by the processor; the operation The last available capacity of the provider network is the difference between the entire capacity of the cell and the last load of the cell obtained by the processor. 53. The radio network control node according to claim 52, wherein the load reporting message further includes: the current load of the cell. 54. The wireless network control node according to claim 51, wherein the processor is further configured to obtain the agreed shared resources of the operator network according to the public land mobile network identification received by the receiver. ratio and the last load of the operator network; obtain the sum of the agreed shared resource ratio and the occupied resource ratio of the operator network to obtain the cell capacity that can be used by the operator network, and the occupied resource ratio is The cell capacity used by the operator in addition to the agreed shared resource ratio of the operator network; determining the cell capacity based on the number of the third reporting levels received by the receiver and the cell capacity that can be used by the operator network The load reporting level of the cell; the transmitter is specifically used to change the available capacity of the operator network from the last available capacity of the operator network to the current available capacity of the operator network, if the When the available capacity of the operator network changes across the load reporting level of the cell determined by the processor, send a load reporting message to the second wireless network control node; the current available capacity of the operator network is the The difference between the cell capacity that can be used by the operator network and the current load of the operator network obtained by the processor; the last available capacity of the operator network is the difference between the cell capacity that can be used by the operator network and the The difference between the last load of the operator's network obtained by the processor. 55. The radio network control node according to claim 54, wherein the processor is further configured to obtain the current load of the cell according to the identity of the cell; the load reporting message further includes: the cell the current load. 56. A wireless network control node, characterized in that: the wireless network control node includes: a transmitter and a receiver; the transmitter sends request information to the first wireless network control node; the request information includes an identification of a cell and a public land mobile network identifier, the public land mobile network identifier being used to identify one of the operator networks sharing the cell; the receiver is used to receive the load sent by the first wireless network control node Reporting message; The load reporting message includes: the identity of the cell and the current load of the operator network. 57. The wireless network control node according to claim 56, wherein the load reporting message further includes: the current load of the cell. 58. The wireless network control node according to claim 56 or 57, wherein the request information further includes: the number of first measurement reporting levels and the number of second measurement reporting levels; wherein, the first measurement reporting level The number is used to determine the load reporting level of the cell, and the number of the second measurement reporting level is used to determine the load reporting level of the operator network. 59. The wireless network control node according to claim 56 or 57, wherein the request information further includes: a second number of measurement reporting levels and a reporting period; wherein the second number of measurement reporting levels is used to determine The load reporting level of the operator's network. 60. The wireless network control node according to claim 56 or 57, wherein the request information further includes: a third reporting level number, wherein the third reporting level number is used to determine the load of the cell Escalation level. 61. A system for reporting load information, characterized in that it includes a first wireless network control node and a second wireless network control node, wherein the first wireless network control node is as described in any one of claims 21 to 35 A wireless network control node, the second wireless network control node is the wireless network control node according to any one of claims 36 to 40; or, the first wireless network control node is any one of claims 41 to 55 The wireless network control node, the second wireless network control node is the wireless network control node according to any one of claims 56 to 60.