KR100380967B1 - Method and apparatus for trasmitting registration message and page message for supporting quick paging channel - Google Patents

Abstract

The present invention is to determine whether the mobile terminal supports a quick paging channel (Quick Paging Channel) in the mobile communication system by transmitting a fast paging channel only in the case of a mobile terminal supporting a fast paging channel to eliminate the overload of the fast paging channel in the base station The present invention relates to a method and apparatus for transmitting a registration message and a page message for fast paging channel support.

Description

METHOD AND APPARATUS FOR TRASMITTING REGISTRATION MESSAGE AND PAGE MESSAGE FOR SUPPORTING QUICK PAGING CHANNEL}

The present invention relates to a method and apparatus for transmitting a registration message and a call message for supporting a quick paging channel. More particularly, the present invention relates to a fast paging channel of a mobile terminal in a mobile communication system. The present invention relates to a method and apparatus for transmitting a registration message and a call message for fast paging channel support, which can remove an overload of a fast paging channel at a base station by transmitting a fast paging channel only in a mobile terminal.

In order to communicate within a mobile communication system, the IS95 provides coded channels through which data with different functions is delivered. In the IS95 method, the forward channel and the reverse channel have different channel structures. The forward channel consists of a pilot channel, a sync channel, a paging channel, and a traffic channel. The reverse channel is an access channel and a traffic channel. It is composed of

The paging channel is a channel for transmitting a message such as additional information, a paging command for a specific mobile terminal, and channel allocation to a mobile terminal in a service area. In the mobile communication system, any mobile subscriber registers his location information with a location register and requests paging to all the cells (or specific cells) in the location area when the call is received by the mobile subscriber. Signals that an incoming call is required.

In such paging, the switching center generally requests paging of the subscriber to the base station, and the base station sends out a call signal for confirming the existence of the subscriber through the radio, and the mobile terminal subscriber receives the call signal to receive the call signal. The normal paging procedure is performed by sending a response signal to the base station. For such paging, the mobile terminal synchronizes system with the base station using a pilot channel, receives a message of the synchronization channel, synchronizes timing with the system, and continuously monitors the paging channel.

The paging channel divides the system time into smaller slots of 80 ms units with 2048 cycles. This is called the slot of the paging channel. The mobile terminal may use a slotted mode that monitors a paging channel only for a specific slot and does not monitor a paging channel for the remaining slot cycles to reduce its power consumption. In order to monitor the paging message, the mobile terminal must monitor the paging channel periodically during the assigned paging channel. In particular, the mobile terminal should periodically activate the complex RF and digital signal processing circuits as long as processing of the page message is required. Because typical paging messages are sent over relatively long, medium to low rate channels, processing during each paging slot requires significant time and signal processing resources. Thus, significant power consumption is required to complete this, shortening the period of time for a battery of a given capacity to remain in standby mode.

Therefore, a rapid paging service has been proposed to provide a small terminal by dramatically reducing the power consumption of the battery to increase the standby time and to enable the use of small batteries. Fast paging channel operation technology is introduced in the CDMA 2000 specification, and the mobile terminal in advance to receive the full paging channel slots that the mobile terminal should receive before sending a page message to the mobile terminal in advance. This is how you tell. The fast paging channel is an on-off keying modulated spread spectrum signal used by a mobile terminal operating within the coverage of a base station. A base station uses a fast paging channel to provide a mobile terminal operating in a slot mode in an idle state, starting with the next forward common control channel or paging channel slot. Or inform in advance that the paging channel must be received.

Short quick page messages are delivered over a quick paging channel for the duration of one of a set of paging slots. A quick page message is a message indicating that a communication request has been received and that the received communication end should monitor the full paging channel for the next full paging slot. The mobile terminal monitors the full paging channel after receiving the fast paging message.

To page a mobile terminal, a base station controller first generates a quick page message during a quick paging slot assigned for a set of mobile terminals. A full page message is then generated that identifies the particular mobile terminal. The mobile terminal periodically monitors a quick paging slot to activate decoding circuitry for processing a full paging channel upon fast paging detection. In full paging channel processing, the mobile terminal checks if a full paging message has been received and if not, deactivates the decryption circuitry and resumes processing for the fast paging channel again.

In a mobile communication system supporting the CDMA 2000 standard, some mobile terminals support such a fast paging channel and some mobile terminals will not. However, when a fast paging channel is transmitted to all mobile terminals without distinguishing between a mobile terminal that supports a fast paging channel and a mobile terminal that does not, the base station may overload the fast paging channel and waste communication resources. There is this.

SUMMARY OF THE INVENTION The present invention has been made to overcome the above-mentioned problems of the prior art, and an object of the present invention is to distinguish between a mobile terminal supporting a fast paging channel and a mobile terminal that does not support a fast paging channel. The present invention provides a method and apparatus for transmitting a registration message and a call message for fast paging channel support that can prevent an overload of a fast paging channel at a base station by transmitting a paging channel.

Another object of the present invention is to provide a registration message and a call message transmission method and apparatus for fast paging channel support according to the CDMA 2000 standard, which can provide backward compatibility with an existing mobile communication system.

One aspect of the present invention for achieving the above object is to include a mobile station specification version information (MOB_P_REV) and information indicating whether to support the fast paging channel (QPCH_SUPPORTED) to the base station in a message sent to the base station to the base station; Transmitting a first step;

The base station interprets the message received from the mobile terminal to determine whether the mobile terminal supports the fast paging channel, and transmits the standard version information (MOB_P_REV) of the mobile terminal and the information (QPCH_SUPPORTED) indicating whether the mobile terminal supports the fast paging channel. A second step of transmitting to a control station;

A third step of the control station transmitting the information back to the switching center;

A method of transmitting a registration message using fast paging channel support, comprising a fourth step in which an exchange station stores and manages the information in a home location register and a visitor location register.

According to another aspect of the present invention for achieving the above object, a base station via a control station receives the standard version information (MOB_P_REV) of the mobile station and information indicating whether the fast paging channel is supported (QPCH_SUPPORTED) when the switching center transmits a call message to the mobile station. Eleventh step of delivering to;

A 12th step of determining, by the base station, whether to support the fast paging channel of the mobile terminal by interpreting the call message received from the switching center;

A thirteenth step of transmitting a quick paging channel to the mobile terminal when it is determined that the mobile terminal supports the fast paging channel; And

A base station transmits a call message for fast paging channel support, comprising the 14 th step of transmitting a call message to a mobile station.

A third aspect of the present invention for achieving the above object is

An eleventh function of delivering the MOB_P_REV and the QPCH_SUPPORTED of the corresponding mobile terminal stored and managed in the home location register when the switching center transmits the call message to the call control processor of the control station;

A twelfth function of forwarding, by the call control processor, MOB_P_REV and QPCH_SUPPORTED to the cell controller (BCP) of the base station;

A thirteenth function in which the BCP delivers MOB_P_REV and QPCH_SUPPORTED to the channel card;

If the channel card has MOB_P_REV equal to or greater than 6 and QPCH_SUPPORTED is 1, it sends information to the mobile terminal in advance that the paging message will be sent through the fast paging channel, and then transmits the paging message, while MOB_P_REV is less than 6 or QPCH_SUPPORTED is 0 A computer-readable recording medium having recorded thereon a program for realizing a fourteenth function of directly transmitting a call message to a mobile terminal without using a paging channel.

A fourth aspect of the present invention for achieving the above object is

Means for including the standard version information (MOB_P_REV) of the mobile terminal and information (QPCH_SUPPORTED) indicating whether the fast paging channel is supported in the message transmitted by the mobile terminal to the base station;

The base station interprets the message received from the mobile terminal to determine whether the mobile terminal supports the fast paging channel, and transmits the standard version information (MOB_P_REV) of the mobile terminal and the information (QPCH_SUPPORTED) indicating whether the mobile terminal supports the fast paging channel. Means for transmitting to the switching center via the control station;

A registration message transmission device for fast paging channel support comprising means for the exchange to store and manage the information in the home location register and the visitor location register.

A fifth aspect for achieving the above object of the present invention is

Means for transmitting standard version information (MOB_P_REV) of the mobile terminal and information (QPCH_SUPPORTED) indicating whether the fast paging channel is supported to the base station via the control station when transmitting a call message from the switching center to the mobile terminal;

Means for determining whether the base station supports a fast paging channel by interpreting a call message received from the switching center;

Means for notifying the mobile station in advance that a call message will be transmitted through the fast paging channel at the base station when it is determined that the mobile terminal supports the fast paging channel;

A call message transmission device for fast paging channel support comprising means for sending a call message.

1 is a schematic diagram of an exemplary mobile communication system in which the present invention may be implemented;

2 is a flowchart of a method for transmitting a registration message for quick paging channel according to the present invention;

3A is a message flow diagram of a registration message transmission method in a conventional method;

3b is a message flow diagram in a registration message transmission method for fast paging channel support according to the present invention;

4 is a flowchart of a method for transmitting a call message for fast paging channel support according to the present invention;

5a is a message flow diagram of a conventional method for transmitting a call message;

5B is a message flow diagram of a call message transmission method for fast paging channel support according to the present invention.

* Explanation of symbols for the main parts of the drawings *

100: mobile station (MS) 200: base station

210: channel card (CC) 220: cell controller (BCP)

300: control station (BSC) 310: call control processor (CCP)

320: TSB 400: switching center (MSC)

500: Home Location Register (HLR)

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

The method and apparatus for transmitting a registration message and a call message for supporting a fast paging channel of the present invention store and manage information indicating whether the protocol revision of the mobile terminal and the fast paging channel are supported in the system and receive a fast paging channel. And distinguishing between the mobile terminal and the non-mobile terminal, the fast paging channel is transmitted only to the mobile terminal supporting the fast paging channel.

As shown in FIG. 1, a mobile communication system includes a plurality of mobile terminals (MSs), a base station (BTS: base station transceiver subsystem-200), a control station (BSC: base station controller-300), and a switching center ( MSC: Mobile Switching Center-400, Home Location Register (HLR) 500, and the like.

In such a mobile communication system, the mobile terminal 100 is within a range of an arbitrary base station 200, and the information of the mobile terminal 100 passes through the base station 200 and the control station 300 controlling the same to the switching center 400. The information transmitted from the switching center 400 is transmitted to the mobile terminal 100 via the base station 200 and the control station 300. The mobile terminal 100 is a wireless terminal including a mobile terminal, a personal digital assistant (PDA), etc., which a user can carry and communicate with while moving.

The base station (BTS) 200 is responsible for connecting the mobile terminal 100 to the control station 300, and communicates with the mobile terminal 100 by wireless, and communicates with the control station 300 by wire Perform the wired / wireless conversion function. The channel card 210 of the base station is interfaced with the control station 300 to exchange voice coded data and traffic related information, and a cell controller (BTS Control Processor, hereinafter referred to as "BCP") 220. It interfaces with and sends and receives various control information related to call formation, call cutting, and handoff. The cell controller (BCP) 220 in the base station is controlled by the call control processor (CCP) 310 in the control station 300 through the BTS Interconnection Network (BIN) to control each base station block. It serves as the main controller of the base station system.

The control station (BSC) 300 connects the base station 200 to the switching center 400 to coordinate the connection between the base stations 200 and is responsible for a signal processing function for communication between the base station 200 and the switching station 400. . The base station's Transcoding Selector Bank (TSB) subsystem 320 controls the vocoder corresponding to the channel element (CE) of the base station under the control of the Call Control Processor (CCP) 310, and converts packet data and PCM data. It performs functions such as transmitting and receiving the converted voice information, handoff support, and power control.

The switching center (MSC) 400 includes a visitor location register (VLR) and interworks with a home location register (HLR) 500 to process mobile subscriber calls. In addition, the exchange 400 connects to the control station 300 to perform a call setup and release function of the mobile terminal 100, and performs various functions related to call processing and additional service.

The home location register (HLR) 500 is a database that is connected to the switching center 400 and manages various types of information of mobile subscribers. 100) and permanent information and location information of the subscriber, and interacts with the visitor location register (VLR) to support various functions related to call processing and additional services.

Among the mobile terminal information transmission paths in the mobile communication system shown in FIG. 1, arrows shown in bold solid lines are information transmission flowcharts of a procedure for storing and managing mobile terminal information. Mobile terminal information flow is shown.

The mobile terminal is located between a plurality of base stations, and the plurality of mobile terminals interface in the activation mode with one or more base stations using demodulated radio signals according to the CDMA signal processing technique of the IS95 standard. Other mobile terminals are in standby mode and monitor page messages corresponding to communication requests.

According to one embodiment of the present invention, one or more Walsh channels are designated as fast paging channels and one or more Walsh channels are designated as full paging channels. The full paging channel is time-divided into several time slots. Slots are assigned to a group of mobile terminals based on the mobile ID. The fast paging channel is also divided into time slots. The fast paging channel is divided into quick paging slots and the full paging channel is divided into full paging slots. Several sets or groups of fast paging slots are allocated to a single full paging slot.

In the case of fast paging channel processing, it is first determined whether an allocated fast paging slot has arrived, and when it arrives, the fast paging channel is processed using a much smaller subset than the mobile terminal uses to process a full page message. do. The mobile terminal then checks if a paging message is detected and, if detected, activates an additional decryption circuit to process the full paging channel during the assigned full paging slot. Next, when it is determined that the pull call message is for a specific mobile terminal, a process for initiating communication in the mobile terminal is performed so that the mobile terminal enters an active mode.

Next, referring to FIG. 2, a method of transmitting a registration message for fast paging channel support according to an embodiment of the present invention, a mobile terminal transmits a mobile terminal protocol revision message (MOB_P_REV), which is its standard information through an access message. To the system. At this time, the content of the transmitted information varies according to MOB_P_REV of the mobile terminal. In the CDMA2000 standard mobile communication system according to the present invention, a mobile terminal supporting a fast paging channel and a mobile terminal not supporting are mixed. When the protocol revision of the mobile terminal is 6 or more, the fast paging channel is supported. Not supported. When the protocol revision of the mobile terminal is 6 or more, a quick paging support field (hereinafter referred to as "QPCH_SUPPORTED") indicating whether the mobile terminal supports the fast paging channel is transmitted together with MOB_P_REV, while the protocol revision is less than 6 The paging support field is not transmitted. In this case, when the QPCH_SUPPORTED field is set to 1, the mobile terminal supports the fast paging channel. When the QPCH_SUPPORTED field is set to 0, the mobile terminal does not support the fast paging channel.

In the mobile communication system, the mobile station includes the standard version information (MOB_P_REV) and the information indicating whether the fast paging channel is supported (QPCH_SUPPORTED) in the message transmitted by the mobile station to the base station to determine whether the mobile terminal supports the fast paging channel. (S1), the base station transmits this information to the control station (S2). The control station transmits this information back to the switching center (S3), which stores and manages this information in the home location register (HLR) and the visitor location registration (S4).

In the first step S1, the mobile terminal supports the standard version information (MOB_P_REV) and the fast paging channel of the mobile terminal through a registration message, an origination message, and a page response message. Information indicating whether or not (QPCH_SUPPORTED) is transmitted to the channel card (Channel Card) of the base station.

The detailed procedure of the registration message transmission method for fast paging channel support according to the present invention will be described. As shown in FIG. 3A, the message transmitted from the mobile station to the switching station through the base station and the control station in the conventional mobile communication system does not include MOB_P_REV information and QPCH_SUPPORTED information.

In contrast, as shown in FIG. 3B, in the mobile communication system of the present invention, the IS95A or IS95B standard mobile terminal cannot support a fast paging channel, so registration / origination / page response In step 31, only MOB_P_REV information having a value less than 6 is transmitted to the base station. In contrast, the IS-95C or higher mobile terminal supporting the fast paging channel transmits 6 or more MOB_P_REV and QPCH_SUPPORTED information indicating whether the fast paging channel can be supported (32).

When the mobile terminal transmits MOB_P_REV and QPCH_SUPPORTED to the channel card of the base station through the access message, the channel card delivers this message to the cell controller (BTS Control Processpor), and the BCP interprets the message of the delivered mobile terminal. At this time, the message is interpreted differently according to the standard version information of the mobile terminal. The BCP processes QPCH_SUPPORTED as 0 when the mobile terminal cannot transmit the fast paging channel when the MOB_P_REV is less than 6, and processes QPCH_SUPPORTED as 1 when the mobile terminal supports the fast paging channel when the MOB_P_REV is 6 or more. .

The BCP forwards MOB_P_REV and QPCH_SUPPORTED to the call control processor of the control station (33). The call control processor transfers MOB_P_REV and QPCH_SUPPORTED to the switching center (34), and the switching center transfers the home location register to store and manage the corresponding MOB_P_REV and QPCH_SUPPORTED for each mobile terminal (35).

In order to register information of a mobile terminal used for the first time that is not registered in the home location register, the switching center may receive a registration message by performing a registration request by a command to the mobile terminal. The home location register registers and manages MOB_P_REV and QPCH_SUPPORTED included in the received registration message.

Referring to FIG. 4, in the method for transmitting a call message using a fast paging channel according to the present invention, whether an exchange supports standard version information (MOB_P_REV) and a fast paging channel when a switching message is transmitted to a mobile terminal. The information QPCH_SUPPORTED is transmitted to the base station via the control station (S11). Subsequently, the base station interprets the call message received from the switching center to determine whether to support the fast paging channel of the mobile terminal (S12). If the base station determines that the mobile terminal supports the fast paging channel (S13). The call message is transmitted (S14).

Each step of the method for transmitting a call message using a fast paging channel according to the present invention will be described in more detail with reference to FIG. 5. As shown in FIG. 5A, in the existing system, the message transmitted from the switching center to the mobile terminal through the control station and the base station does not include the specification information of the mobile terminal and information on whether or not fast paging is supported. The paging channel has been sent.

In contrast, in the method of the present invention shown in FIG. 5B, the switching center forwards the MOB_P_REV and the QPCH_SUPPORTED of the corresponding mobile terminal stored and managed in the home location register (HLR) when forwarding the call message to the call control processor (CCP). (51, 52). The call control processor delivers MOB_P_REV and QPCH_SUPPORTED to the cell controller (BCP) of the base station, and the BCP transmits MOB_P_REV and QPCH_SUPPORTED to the channel card of the base station (53). If MOB_P_REV is 6 or more and QPCH_SUPPORTED is 1, the channel card of the base station transmits information in advance that the call message is to be transmitted through the fast paging channel (54), and then transmits the call message (55). If MOB_P_REV is less than 6 or QPCH_SUPPORTED is 0, the paging message is directly transmitted without using the fast paging channel (56).

The above-described registration message and call message transmission method for fast paging channel support of the present invention is preferably stored in a computer-readable medium connected to integrated circuits and systems well known to those skilled in the art. It can be executed by a microprocessor controlled by software instructions. In the present invention, a computer-readable recording medium includes a read only memory (ROM) or a random access memory (RAM), a programmable read only memory (PROM), a diskette, a hard disk, a PCMCIA memory card, a logic circuit that stores a computer program. , Optical discs, CD-ROMs, and DVDs (Digital Versatile Disks).

In accordance with another aspect of the present invention, an apparatus for transmitting a registration message using a fast paging channel includes a base station with standard version information (MOB_P_REV) and information indicating whether the fast paging channel is supported (QPCH_SUPPORTED) in a message transmitted by the mobile station to the base station. Means for transmitting to; The base station interprets the message received from the mobile terminal to determine whether the mobile terminal supports the fast paging channel, and transmits the standard version information (MOB_P_REV) of the mobile terminal and the information (QPCH_SUPPORTED) indicating whether the mobile terminal supports the fast paging channel. Means for transmitting to the switching center via the control station; And means for the exchange to store and manage the information in the home location register and the visitor location register. A mobile terminal according to one embodiment of the present invention includes a digital demodulator, a block interleaver, a trellis decoder, a controller, an RF receiver, and the like. In the standby mode, the controller of the mobile terminal periodically activates the RF receiver and the digital demodulator to process the pilot and the fast paging channel. The controller checks the quick paging channel to see if a quick page message has been received. When the quick call message is received, the control unit activates the block interleaver and trellis decoder so that the digital demodulator processes the full paging channel.

The channel card of the base station receives the standard version information (MOB_P_REV) of the mobile terminal and information (QPCH_SUPPORTED) indicating whether the fast paging channel is supported from the mobile station and transmits this message to the cell controller (BCP). The cell controller (BCP) of the base station interprets the transmitted mobile terminal message and processes QPCH_SUPPORTED as 0 when MOB_P_REV is less than 6, and processes QPCH_SUPPORTED as 1 when MOB_P_REV is 6 or more, and handles MOB_P_REV and QPCH_SUPPORTED by the control station. Transfer to the Call Control Processor.

The call control processor of the control station transfers the MOB_P_REV and QPCH_SUPPORTED to the switching center, and the switching station transfers to the home location register to store and manage the corresponding MOB_P_REV and QPCH_SUPPORTED for each mobile terminal.

According to another aspect of the present invention, an apparatus for transmitting a paging channel for supporting a paging channel may include standard version information (MOB_P_REV) and information indicating whether the paging channel is supported (QPCH_SUPPORTED) when the paging message is transmitted from the switching center to the mobile terminal. Means for delivering to a base station via a control station; Means for determining whether the base station supports a fast paging channel by interpreting a call message received from the switching center; Means for transmitting to the mobile terminal in advance that a call message will be transmitted through the fast paging channel at the base station if it is determined that the mobile terminal supports the fast paging channel; And means for sending a paging message. Means for determining whether the mobile terminal supports the fast paging channel is MOB_P_REV is 6 or more and QPCH_SUPPORTED is 1, and the mobile terminal determines that the fast paging channel is supported. If MOB_P_REV is less than 6 or QPCH_SUPPORTED is 0, the fast paging channel is determined. I do not think it supports. Therefore, the base station is instructed to transmit the fast paging channel by the determining means and transmits the fast paging channel only to the mobile terminal supporting the fast paging channel.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the spirit of the present invention for those skilled in the art to which the present invention pertains, and the above-described embodiments and accompanying It is not limited to the drawing.

According to the present invention, the use of the fast paging channel can reduce the power consumption of the terminal, thereby obtaining an effect of increasing the call waiting time, and in addition to determining whether the mobile terminal supports the fast paging channel to support the fast paging channel. By transmitting the presence or absence of a call on the fast paging channel to only the mobile station, the effect of reducing the load of the fast paging channel at the base station can be obtained.

Claims (16)

A first step of including the standard version information (MOB_P_REV) of the mobile terminal and information (QPCH_SUPPORTED) indicating whether to support the fast paging channel in a message transmitted by the mobile terminal to the base station and transmitting the same to the base station; The base station interprets the message received from the mobile terminal to determine whether the mobile terminal supports the fast paging channel, and transmits the standard version information (MOB_P_REV) of the mobile terminal and the information (QPCH_SUPPORTED) indicating whether the mobile terminal supports the fast paging channel. A second step of transmitting to a control station; A third step of the control station transmitting the information back to the switching center; And a fourth step of the exchange bureau storing and managing the information in the home location register and the visitor location register. 2. The method of claim 1, wherein the first step is a process in which the mobile terminal delivers MOB_P_REV and QPCH_SUPPORTED to the channel card of the base station through a registration message, an outgoing message, and a page response message. How to send a message. The method of claim 1 wherein the second step is Channel card transmitting a message to a cell controller (BTS Control Processpor); By analyzing the message of the mobile terminal to which the BCP has been delivered, if the mobile terminal transmits less than 6 MOB_P_REV, the mobile terminal cannot support the fast paging channel. Therefore, QPCH_SUPPORTED is treated as 0. Processing QPCH_SUPPORTED as 1 since the mobile terminal is present; And The BCP transfers the MOB_P_REV and QPCH_SUPPORTED to the Call Control Processor of the control station. 3. The method of claim 1, wherein the third step includes a call control processor delivering MOB_P_REV and QPCH_SUPPORTED to the switching center. The method according to claim 1, wherein the method further comprises the step of receiving a registration message by performing a registration request by a command to the mobile terminal for information registration of the mobile terminal used for the first time that the switching center is not registered in the home location register. The registration message transmission method for the fast paging channel support comprising a. An eleventh step of transmitting, by the exchange station, the standard version information (MOB_P_REV) of the mobile station and information (QPCH_SUPPORTED) indicating whether the fast paging channel is supported to the base station through the control station when the call message is transmitted to the mobile station; A 12th step of determining, by the base station, whether to support the fast paging channel of the mobile terminal by interpreting the call message received from the switching center; A thirteenth step of transmitting a quick paging channel to the mobile terminal when it is determined that the mobile terminal supports the fast paging channel; And 14. A method of transmitting a call message using a fast paging channel, comprising the step 14 of transmitting a call message to a mobile station by a base station. 7. The method of claim 6, wherein the eleventh step is When the exchange transmits the call message to the call control processor (CCP) of the control station, the call message using the fast paging channel, which is a process of delivering together the MOB_P_REV and QPCH_SUPPORTED of the mobile terminal stored and managed in the home location register. Transmission method. 7. The method of claim 6, wherein the twelfth step is The call control processor forwarding MOB_P_REV and QPCH_SUPPORTED to the cell controller (BCP) of the base station; The BCP forwarding MOB_P_REV and QPCH_SUPPORTED to the channel card; If the channel card determines that MOB_P_REV is 6 or more and QPCH_SUPPORTED is 1, and MOB_P_REV is 6 or more and QPCH_SUPPORTED is 1, the mobile terminal determines that the fast paging channel is supported. And determining not to perform the call message transmission method using the fast paging channel. 7. The fast paging channel of claim 6, wherein the thirteenth step is a process of transmitting information indicating that a call message is to be transmitted through a fast paging channel when MOB_P_REV is 6 or more and QPCH_SUPPORTED is 1 as a result of the previous step. Method of transmitting call message by using. 7. The method of claim 6, wherein step 14 transmits information in advance informing that a paging message is to be transmitted through the fast paging channel, or if the determination of step 12 indicates that MOB_P_REV is less than 6 or QPCH_SUPPORTED is 0, the fast paging channel is not used. Method of transmitting a call message using a fast paging channel, characterized in that the process of transmitting the call message directly. A first function of the mobile terminal transmitting standard version information (MOB_P_REV) of the mobile terminal and information (QPCH_SUPPORTED) indicating whether the fast paging channel is supported to the channel card of the base station; A second function for the channel card to convey the information to a cell controller (BCP); A third function of interpreting the message of the mobile terminal to which the BCP is transmitted, processing QPCH_SUPPORTED as 0 when MOB_P_REV is less than 6, and processing QPCH_SUPPORTED as 1 when MOB_P_REV is 6 or more; A fourth function for the BCP to deliver MOB_P_REV and QPCH_SUPPORTED to the call control processor (CCP) of the control station; A fifth function of forwarding, by the call control processor, MOB_P_REV and QPCH_SUPPORTED to the switching center; And A computer-readable recording medium having recorded thereon a program for realizing a sixth function in which an exchange transmits MOB_P_REV and QPCH_SUPPORTED to a home location register to store and manage the corresponding MOB_P_REV and QPCH_SUPPORTED for each mobile terminal. An eleventh function of delivering the MOB_P_REV and the QPCH_SUPPORTED of the corresponding mobile terminal stored and managed in the home location register when the switching center transmits the call message to the call control processor of the control station; A twelfth function of forwarding, by the call control processor, MOB_P_REV and QPCH_SUPPORTED to the cell controller (BCP) of the base station; A thirteenth function in which the BCP delivers MOB_P_REV and QPCH_SUPPORTED to the channel card; If the channel card has MOB_P_REV equal to or greater than 6 and QPCH_SUPPORTED is 1, it sends information to the mobile terminal in advance that the paging message will be sent through the fast paging channel, and then transmits the paging message. A computer-readable recording medium having recorded thereon a program for realizing a fourteenth function of directly transmitting a call message to a mobile terminal without using a paging channel. Means for transmitting, to the base station, standard version information (MOB_P_REV) of the mobile terminal and information (QPCH_SUPPORTED) indicating whether the fast paging channel is supported in the message transmitted by the mobile terminal to the base station; The base station interprets the message received from the mobile terminal to determine whether the mobile terminal supports the fast paging channel, and transmits the standard version information (MOB_P_REV) of the mobile terminal and the information (QPCH_SUPPORTED) indicating whether the mobile terminal supports the fast paging channel. Means for transmitting to the switching center via the control station; And a means for the exchange to store and manage the information in a home location register and a visitor location register. 15. The apparatus of claim 13, wherein the means for transmitting MOB_P_REV and QPCH_SUPPORTED to the switching center interprets the message received from the mobile terminal to process QPCH_SUPPORTED as 0 when MOB_P_REV is less than 6, and to process QPCH_SUPPORTED as 1 when MOB_P_REV is 6 or more. Registration message transmission apparatus for the fast paging channel support, characterized in that it comprises a. Means for transmitting standard version information (MOB_P_REV) of the mobile terminal and information indicating whether the fast paging channel is supported (QPCH_SUPPORTED) through the control station to the base station when the switching station transmits a call message to the mobile terminal; Means for determining whether the base station supports a fast paging channel by interpreting a call message received from the switching center; Means for notifying the mobile station in advance that a call message will be transmitted through the fast paging channel at the base station when it is determined that the mobile terminal supports the fast paging channel; An apparatus for transmitting a call message for fast paging channel support, comprising means for sending a call message. 16. The method of claim 15, wherein the means for determining whether the mobile terminal supports the fast paging channel is determined that the mobile terminal supports the fast paging channel when MOB_P_REV is 6 or more and QPCH_SUPPORTED is 1, and MOB_P_REV is less than 6 or QPCH_SUPPORTED. And a means for determining that the fast paging channel is not supported when 0 is 0.