CN100424673C - Optimized information processing mutual aid type computer network system - Google Patents

Abstract

An optimized information processing mutual-aid computer network system is constructed on a newly proposed network system containing geographic coordinate information, and can be used for supporting each other by an optimized host borrowing flow when a network host in the network system has a network traffic jam condition; when the work load is too large, the network host in a network system can borrow another network host which is adjacent to the network host and can bear larger work load, and the borrowed network host shares the input event processing work received by the network host with the too large load, thereby improving the overall processing speed of the network system and relieving the network traffic jam condition.

Description

Optimal Information Processing Mutual Aid Computer Network System

technical field

The present invention relates to a computer network technology, in particular to an optimized information processing mutual aid computer network system, which is constructed on a newly proposed network system containing geographical coordinate information, which can be used to make the network system When the network hosts encounter network traffic jams, they support each other with the optimized host secondment process; when the workload is too heavy, one network host can second another network host in a way that can improve network performance, and let The seconded network hosts share the work of processing input events received by the overloaded network hosts, thereby increasing their overall processing speed and alleviating network traffic congestion.

Background technique

A computer network system is a combination of two or more computer hosts through remote communication technology, so that any client workstation can be connected to any computer host in the computer network system, thereby The client workstation can use the software and hardware resources and data processing functions of any host computer in the network system, or browse various online information provided by it.

The most commonly used connection structure in known computer network systems is a tree-type connection structure. Most of the current computer network systems, such as Internet, intranet, extranet, etc., are built on this tree-like connection structure.

In the application of the network system, it is often necessary to execute the connection process; that is, when a certain processing node receives an input event, if the processing node is currently fully loaded and cannot process the input event, or it is necessary to input the When the processing work of the event is assigned to other processing nodes, the input event will be forwarded and connected to another processing node, so that other processing nodes can accept the connection request of the client workstation.

However, a disadvantage of the known tree-type network architecture is that the efficiency of its connection transfer process is low; this is because it often needs to transfer the connection to the desired processing node through other processing nodes.

In addition, because the data transmission efficiency between the two processing nodes and the distance between them correspond to the IP addresses of the relevant points and the IP addresses of the processing nodes of the first and second level network systems respectively, it is included according to the The location of each processing node of the first and second level network system to establish a dedicated geographical coordinate parameter and the number of secondment time values recorded according to the number of secondment time values recorded by each processing node of the first and second level network system Reference table for secondment procedures of the management center; if a network congestion occurs in the first-level network system, a procedure that can improve network use efficiency will be implemented, and the procedure will at least include:

(1) Perform a learning program that includes at least:

(1-1) Calculate a processing node in the second-level network system adjacent to the first-level network system in a fully loaded state according to the geographical coordinate parameters of the secondment program reference table of the management center;

(1-2) Determine whether the processing node in the second-level network system adjacent to the first-level network system in a fully loaded state is available for secondment, and if it is available for secondment, proceed to step (1-4) , otherwise go to step (1-3);

(1-3) When the processing node in the second-level network system adjacent to the first-level network system under full load cannot provide secondment, the management center shall refer to the geographical coordinates of the table according to the management center's secondment procedure parameters to calculate another processing node adjacent to the first-level network system in the second-level network system, and return to the step (1-2);

(1-4) When the processing node in the second-level network system adjacent to the first-level network system in a fully loaded state is available for secondment, send a secondable reply to the management center, and make the management In the secondment program reference table of the center, record the current time of secondment in a data record represented by the processing node in the second-level network system adjacent to the first-level network system in a full-loaded state, so that the second-level network system is in a full-loaded state. the processing nodes in the second-level network system adjacent to the first-level network system in the state to share the processing work of the incoming events received by the first-level network system in the fully loaded state; and

(2) After completing the learning procedure, if there is a network traffic jam in the first-level network system, the management center will immediately take out the information related to the second-level network system according to the secondment procedure reference table of the management center. Processing nodes adjacent to and available for borrowing from the first-level network system.

7. The optimized information processing mutual aid computer network system as claimed in claim 6, characterized in that, the geographic coordinate parameters of each processing node are the geography where each processing node is located for secondment, if available for secondment If it is used, go to step (1-4), otherwise go to step (1-3); (1-3) when the adjacent processing node cannot provide the secondment, the processing node in the full load condition will be based on the processing node The secondment program refers to the geographical coordinate parameters of the table to calculate another processing node adjacent to the processing node in the full load state, and returns to the step (1-2); (1-4) when the adjacent processing node can provide For secondment, send a reply available for secondment to the processing node in the full load state, and make the secondment procedure reference table of the processing node in the full load state correspond to a data record represented by the adjacent processing node Record the current time of secondment; and (2) After completing the learning procedure, if any processing node has a network traffic jam again, then according to the secondment procedure reference table of the processing node, the adjacent and available processing nodes are immediately taken out .

In addition, the present invention also provides an optimized information processing mutual aid computer network system, which is characterized in that it at least includes: (a) a first-level network system, including a plurality of processing nodes, each of the first-level network system The processing nodes are all connected to each other; and each processing node of the first-level network system is provided with an IP address including the IP address to which each processing node of the first-level network system belongs, and corresponding to these IP addresses, according to the The position of each processing node of the first-level network system is used to establish the exclusive geographical coordinate parameters and the secondment procedure reference table of several secondment time values recorded according to the secondment of the processing node; (b) a second-level network system , including a plurality of processing nodes, each processing node of the second-level network system is connected to each other; and each processing node of the second-level network system is equipped with a The IP addresses and the IP addresses corresponding to the processing nodes of the second-level network system respectively include the establishment of exclusive geographic coordinate parameters based on the locations of the processing nodes of the second-level network system and the second-level Each processing node of the first-level network system has been seconded through the second-level network system secondment program reference table with recorded several secondment time values; and (c) a management center, which communicates with the first and second-level networks respectively Each processing node in the system is connected to each other; and the management center is provided with an IP address including the IP address to which each processing node of the first and second level network system belongs and the IP address to which each processing node of the first and second level network system belongs The IP addresses are respectively corresponding and include the establishment of exclusive geographical coordinate parameters according to the location of each processing node of the first and second-level network systems and according to the fact that each processing node of the first and second-level network systems has been seconded The reference table of the secondment procedure of the management center for several recorded secondment time values; if a network traffic jam occurs in the first-level network system, a program that can improve network use efficiency is executed, and the program at least includes: (1 ) Executing a learning program, which at least includes: (1-1) calculating, according to the geographical coordinate parameters of the secondment program reference table of the management center, the location of the second-level network system adjacent to the first-level network system under full load. (1-2) judging whether the processing node in the second-level network system adjacent to the first-level network system in a fully loaded state is available for secondment, and if it is available for secondment, proceed to step (1-4), otherwise go to step (1-3); (1-3) when the processing nodes in the second-level network system adjacent to the first-level network system in a fully loaded state cannot provide secondment, then The management center calculates another processing node adjacent to the first-level network system in the second-level network system according to the geographical coordinate parameters of the management center's secondment program reference table, and returns to the step (1-2 ); (1-4) when the processing node in the second-level network system adjacent to the first-level network system in a fully loaded state is available for secondment, send a reply available for secondment to the management center, and make In the secondment program reference table of the management center, record the current time of secondment in a data record corresponding to the processing node in the second-level network system adjacent to the full-loaded first-level network system, so that the person with The processing nodes in the second-level network system adjacent to the first-level network system in the full-load state share the processing work of the input event received by the first-level network system in the full-load state; and (2) complete the learning procedure Afterwards, if there is a network traffic jam in the first-level network system, the management center will immediately retrieve the information from the second-level network system that is adjacent to the first-level network system and The processing nodes available for borrowing.

Description of drawings

Fig. 1 is a schematic diagram, which shows the basic form of the network system containing geographic coordinate information adopted by the optimized information processing mutual aid computer network system of the present invention;

Fig. 2 is a schematic diagram of system architecture, which shows the basic system architecture of the optimized information processing mutual aid computer network system of the present invention;

Fig. 3 is a schematic diagram of a data table, which shows the basic content of each network host in the mutual aid computer network system for optimizing information processing of the present invention which has a secondment program reference table;

Fig. 4 is a flow chart, wherein shows the computer network system of the present invention's optimized information processing mutual assistance type to carry out and can reach and improve the host secondment procedure of network use efficiency; And

FIG. 5 is a schematic diagram of a system architecture, which shows the basic system architecture of another embodiment of the optimized information processing mutual aid computer network system of the present invention.

Explanation of symbols in the figure

10 Network system with geographic coordinate information

11 processing node 12 processing node

13 processing node 14 processing node

15 processing nodes

20 The optimized information processing mutual aid computer network system of the present invention

30 Secondment Procedure Reference Form

40 The optimized information processing mutual aid computer network system of the present invention

100 First-level network system 101 Network host (processing node)

102 Network host (processing node) 103 Network host (processing node)

104 Network host (processing node) 200 Second-level network system

201 Network host (processing node) 202 Network host (processing node)

203 Network host (processing node) 204 Network host (processing node)

205 Network host (processing node) 400 First-level network system

401 Network host (processing node) 402 Network host (processing node)

403 Network host (processing node) 404 Network host (processing node)

500 Second-level network system 501 Network host (processing node)

502 Network host (processing node) 503 Network host (processing node)

504 Network host (processing node) 505 Network host (processing node)

specific implementation plan

The implementation of the optimized information processing mutual aid computer network system of the present invention will be described in detail below with reference to the accompanying drawings.

The optimized information processing mutual aid computer network system of the present invention is constructed on a newly proposed network system containing geographical coordinate information. For details of this newly proposed network system, please refer to the patent specification of the invention patent application [Network System Containing Geographical Coordinate Information] filed by the applicant of the present invention at the same time.

The basic concept of the network system containing geographic coordinate information will be briefly described below in conjunction with FIG. 1 .

The Basic Concept of Network System Containing Geographical Coordinate Information

The schematic diagram in FIG. 1 shows the basic form of the newly proposed network system containing geographic coordinate information (such as the part enclosed by the dotted box indicated by the number 10). In this example, it is assumed that the network system 10 includes 5 processing nodes 11, 12, 13, 14, 15 (note: here only 5 processing nodes are used as an example for illustration, in fact, any number of processing nodes can be used ).

The feature of this network system 10 is that wherein each processing node 11, 12, 13, 14, 15 is all interconnected to all other processing nodes (that is, processing node 11 is simultaneously connected to processing nodes 12, 13, 14, 15; processing Node 12 is simultaneously connected to processing nodes 11, 13, 14, 15; processing node 13 is simultaneously connected to processing nodes 11, 12, 14, 15; processing node 14 is simultaneously connected to processing nodes 11, 12, 13, 15; and processing node 15 are simultaneously connected to the processing nodes 11, 12, 13, 14); and each of the processing nodes 11, 12, 13, 14, 15 is respectively set with a group of exclusive geographical coordinate parameters according to its geographical location, For example, the latitude-longitude (longitude-altitude) of the place where it is located is used to indicate the geographical location where each processing node 11 , 12 , 13 , 14 , 15 is located.

Assume that (α 1 , β 1 ) represents the latitude and longitude of the geographic location where the processing node 11 is located; (α 2 , β 2 ) represents the latitude and longitude of the geographic location where the processing node 12 is located; (α 3 , β 3 ) represents the latitude and longitude of the geographic location where the processing node 13 is located. The longitude and latitude of the geographic location; (α 4 , β 4 ) represents the longitude and latitude of the geographic location where the processing node 14 is located; and (α 5 , β 5 ) represents the longitude and latitude of the geographic location where the processing node 15 is located; value, west longitude is a negative value; and north latitude is a positive value, and south latitude is a negative value.

Then any two geographic locations (α i , β i ) and (α j , β j ), i, j=1, 2, 3, 4, 5, the surface distance D ij between them can be calculated according to the basic vector theorem get as:

D ij ＝R·|cos-1[cosβ i cosβ j cos(α i -α j )+sinβ i sinβ j ]|

where R represents the radius of the Earth.

The above-mentioned formula will be referred to as "longitude and latitude fixed distance formula" below. Since each processing node 11, 12, 13, 14, 15 is set with a set of exclusive longitude and latitude parameters, the computer network system adopting the network system of the present invention can determine each processing node 11, 12, 13, 14 accordingly. , 15, and the distance between any two processing nodes can be determined according to the above-mentioned longitude and latitude formula.

The embodiment of the optimized information processing mutual aid computer network system of the present invention

The schematic diagram of Fig. 2 promptly shows an embodiment of the optimized information processing mutual-aid computer network system of the present invention (the part included in the dotted box indicated by the label 20), which is constructed on the above-mentioned network containing geographic coordinate information system.

In the embodiment shown in Fig. 2, it is assumed that the optimized information processing mutual aid computer network system 20 of the present invention includes 5 network hosts (i.e. processing nodes) 200, 201, 202, 203, 204 (note: only Take 5 network hosts as an example for illustration, which can actually be any number of network hosts), wherein each network host 200, 201, 202, 203, 204 is all connected to each other; and each network host 200, 201, 202, 203, and 204 are all respectively set with an IP address (or host name) that includes each network host and corresponding to these IP addresses respectively and including establishing exclusive geographical coordinate parameters according to the location of the network host. And a secondment program reference table (as shown in FIG. 3 ) of several secondment time values recorded according to the network host once being seconded, wherein the geographical coordinate parameter is, for example, the latitude and longitude of the location where the network host is located.

Please refer to Fig. 3, which is used to represent a secondment program reference table 30 set in the network host 200 in the optimized information processing mutual aid computer network system 20 of the present invention, wherein, the host domain name of a data record The data field "AAA.AAA.AAA.AAA" is the network domain name of the network host 200; and the host network domain name data domain "BBB.BBB.BBB.BBB" is the network domain name of the network host 201; and so on. Because the secondment program reference table 30 shown in this figure is owned by the network host 200, the relevant information is not filled in the secondment time data field in the data record representing its host related information; relatively, other network hosts ( 201, 202, 203, 204) in the secondment program reference table, the secondment time data field of a data record representing the network host 200 will be filled with data. In this way, the optimized information processing mutual aid computer network system 20 of the present invention can be determined according to the longitude and latitude parameters of each network host recorded in the secondment program reference table of each network host 200, 201, 202, 203, 204 Find the geographical location of each network host 200, 201, 202, 203, 204, and calculate the distance between any two network hosts according to the aforementioned longitude and latitude distance formula, and take out the secondment time that has been used for secondment and real-time Obtain a seconded web host that can improve network performance (please explain later).

The optimized information processing mutual assistance computer network system 20 of the present invention can allow a network host in a network traffic jam to second another network host in a manner that can improve network usage efficiency, and allow the seconded network host to share input event processing Work, thereby improving its overall processing speed and alleviating network congestion.

Please refer to FIG. 4 , which shows the host secondment program executed by the optimized information processing mutual aid computer network system 20 of the present invention to improve network usage efficiency.

When any network host in the optimized information processing mutual-aid computer network system 20 of the present invention is in a fully loaded condition and cannot handle new input events (that is, when a network traffic jam occurs), then it will start to execute FIG. 4 Steps S10 and S20 in the flow chart shown.

At the beginning, firstly, a learning program S10 is executed, which is used to record the host secondment process that can improve network performance from experience; learn the initially executed host secondment process as experience, and use it as the host secondment process in the future Reference. The learning procedure S10 includes steps S11, S12, S13 and S14.

In step S11, when a network host is in a fully loaded condition (i.e. when a network traffic jam occurs), find out the relationship between the longitude and latitude parameters and the above-mentioned fixed distance formula according to the latitude and longitude parameters in the host computer geographic location data field of its secondment program reference table. The network hosts that are nearby and can be supported by the fully loaded network host.

Then in step S12, it is judged whether the selected network host is in an idle or less loaded state, so that the network host in the fully loaded state can be used for secondment, if it can be used for secondment, step S14 is performed, otherwise Go to step S13. Wherein, the network host in full load condition sends a secondment request to the selected network host, and the selected network host replies whether it can provide secondment.

When the selected network host cannot provide secondment, step S13 is performed, and the network host in a fully loaded state finds out according to the longitude and latitude parameters in the host geographic location data field of its secondment program reference table and the above-mentioned fixed distance formula Another network host adjacent to it, then return to the above step S12.

Then in step S14, when the selected network host can provide secondment, it will send a reply available for secondment to the network host in the full load state, and the network host in the full load state will be corresponding in its secondment program reference table Fill in the secondment time (that is, the current time) in the secondment time data field in a data record represented by the selected network host, so that the selected network host can share the information received by the network host in the full load state. Handling of input events. Therefore, the overall processing speed of the network hosts in the fully loaded state can be improved to relieve the network traffic jam. In step S14 in the future, the host secondment process that can improve network performance can be summarized and analyzed statistically. In the secondment program reference table 30, the secondment time for each network host is established, so that the network hosts that are geographically close and available for secondment at a specific time (generally referring to the peak period of use of the network host) can be found , to eliminate host secondment programs with poor processing performance in real time.

After accumulating multiple host secondment procedures (i.e. step S11 to step S14), the induction procedure can be carried out; among them, all the host secondment procedures that have been executed in the past are summarized and analyzed in a statistical manner, so as to find out the processing Best performing host secondment program. After completing the above-mentioned learning procedure S10 (ie steps S11, S12, S13, and S14), when the network traffic jam situation occurs again thereafter, carry out the host secondment program of step S20 that can reach the improvement of network use efficiency; in step S20 According to the host secondment program obtained by the learning procedure S10, which can improve the network use efficiency, the adjacent and available network hosts are seconded.

As an application example, assume that the network host 200 in the network system 20 can accommodate 200 end users at the same time. However, according to the results of the usage survey, between 00:00 to 17:00 and 20:00 to 24:00 every day, an average of 100 to 150 users log in to the network host 200 at the same time; but at 17:00 Between 00 and 20:00, it will increase to 300 to 350 users (that is, about 200 more users). In this case, obviously, the peak usage period from 17:00 to 20:00 will cause the processing speed of the network host 200 to decrease.

With the network system 20 provided by the present invention, when the network host 200 is in a peak period of use, it can calculate a network host adjacent to it from its secondment program reference table according to the recorded geographic latitude and longitude, and according to the reference table To judge whether the selected network host is available for secondment by the secondment time recorded in , so that the selected network host can be seconded in real time in a way that can improve network usage efficiency, thereby allowing the selected network host to The workload of the network host 200 is shared so that the network host 200 can still provide a normal processing speed during usage peaks.

The above only takes the first-level network system 20 as an example to illustrate the host secondment method that can improve the network use efficiency; in addition, another level of network system can also be added, as shown in Figure 5, the network system 40 of the present embodiment includes a first A first-level network system 400, a second-level network system 500, and a management center 600, wherein, the management center 600 and each network host (401 to 404 and 501 to 505) in each level of network system (400, 500) are all Establish the above-mentioned secondment procedure reference table 30, and the first-level network system 400 can also submit a network host secondment request to the second-level network system 500 through the management center 600, and send the second-level network host to the second-level network system in the manner of the above-mentioned steps S11 to S14. Any one of the network hosts (501 to 505) in the second-level network system 500 proposes to be seconded; but on the contrary, if the second-level network system 500 needs it, it can also be transferred to the first-level network system 400 through the above steps S11 to S14 Secondary its network host (but only during the period when the workload of the first-level network system 400 is not heavy).

In a word, the present invention provides an optimized information processing mutual aid computer network system, which is constructed on a newly proposed network system containing geographical coordinate information; When a network host encounters network congestion, it supports each other with a host secondment process that can improve network performance; it can also allow a network host to second another network host in a way that can improve network performance when the workload is too heavy , and let the seconded network host share the input event processing work of the overloaded network host, thereby improving its overall processing speed and alleviating network traffic congestion. In addition, another feature of the present invention is that it can also allow multi-level network systems to support each network host; that is, when the workload of the first-level network system is too large, it can be used in a way that can improve network performance. Loan a network host from another level network system, and let the second network host share the input events of this overloaded first level network system.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the essential technical content of the present invention. For example, the secondment program shown in FIG. Latitude and longitude) except corresponding to the network domain name and IP address of each network host at the same time, also can only correspond to one of them (not shown) with each network domain name or IP address of each network host, that is to say, the end depends on the implementation form Certainly. The substantive technical content of the present invention is broadly defined in the scope of claims. Any technical solution completed by others, if it is exactly the same as that defined in the claims, or is an equivalent change, will be deemed to be covered by the scope of protection of this patent.

Claims (10)

1. optimization information processing formula computer network system of helping each other is characterized in that comprising at least: a network system, and comprising a plurality of processing nodes, wherein each processing node all links each other; And wherein each processing node is equipped with one and comprises IP address under each processing node and corresponding respectively with those IP addresses and include according to setting up exclusive Geographical Coordinates Parameter and the secondment program reference table (PRT) of several secondment time values of once being write down by temporarily transferring according to this processing node in this processing node present position; Wherein if during the arbitrary processing node generation network traffic congestion situation in this network system, then carry out the program that can promote the network effective utilization, this program comprises at least:

(1) carry out a learning program, wherein comprise at least:

(1-1) Geographical Coordinates Parameter according to the secondment program reference table (PRT) of this processing node calculates the processing node contiguous with the processing node that is in fully loaded situation;

(1-2) whether the processing node of judging this vicinity can be for the usefulness of secondments, if can supply secondment with then proceeding to step (1-4), otherwise proceed to step (1-3);

(1-3) usefulness that can't provide secondment when the processing node of this vicinity then by this processing node that is in fully loaded situation according to the Geographical Coordinates Parameter of the secondment program reference table (PRT) of this processing node calculate another and this be in the processing node that the processing node of fully loaded situation is close to, and return this step (1-2);

(1-4) when the processing node of this vicinity can provide the usefulness of secondment then to transmit one can be for the processing node that this is in fully loaded situation that returns back to of temporarily transferring, and make in the secondment program reference table (PRT) of this processing node that is in fully loaded situation one of processing node representative with respect to this vicinity document write down in writing down temporarily transferring the time at that time; And

(2) finish after this learning program, thereafter if network traffic congestion situation when taking place in arbitrary processing node again, then according to the secondment program reference table (PRT) of this processing node to take out contiguous immediately and can be for the processing node of temporarily transferring usefulness.

2. the optimization information processing as claimed in claim 1 formula computing machine networking system that helps each other is characterized in that, the Geographical Coordinates Parameter under each processing node is the longitude and latitude in the geographic position at each processing node place.

3. the optimization information processing as claimed in claim 1 formula computing machine networking system that helps each other, it is characterized in that, in this step (2), this can obtaining according to being to be in this according to this proposition time of secondment request that is in the processing node of fully loaded situation that to write down the difference between the two of the pairing secondment of the processing node time of this vicinity in the secondment program reference table (PRT) of processing node of fully loaded situation be reckling for the processing node of temporarily transferring usefulness.

4. the optimization information processing as claimed in claim 1 formula computing machine networking system that helps each other is characterized in that the secondment program reference table (PRT) of this each processing node further stores the Geographical Coordinates Parameter corresponding domain name exclusive with each processing node.

5. the optimization information processing as claimed in claim 1 formula computing machine networking system that helps each other is characterized in that the IP address in the secondment program reference table (PRT) of this each processing node is to replace with the pairing domain name of each processing node in this network system.

6. optimization information processing formula computer network system of helping each other is characterized in that comprising at least:

(a) first order network system, comprising a plurality of processing nodes, each processing node of this first order network system all links each other; And each processing node of this first order network system is equipped with one and comprises IP address under each processing node of this first order network system and corresponding respectively with those IP addresses and include according to setting up exclusive Geographical Coordinates Parameter and the secondment program reference table (PRT) of several secondment time values of once being write down by temporarily transferring according to this processing node in each processing node present position of this first order network system;

(b) second level network system, comprising a plurality of processing nodes, each processing node of this second level network system all links each other; And each processing node of this second level network system is equipped with one and comprises IP address under each processing node of this second level network system and corresponding and include according to setting up exclusive Geographical Coordinates Parameter and the secondment program reference table (PRT)s of this second level network system of the several individual secondment time values that once recorded by temporarily transferring according to each processing node of this second level network system in each processing node present position of this second level network system respectively with the IP address under each processing node of this second level network system; And

(c) administrative center, its respectively with first and second grade network system in each processing node link mutually; And this administrative center is provided with one and comprises IP address under each processing node of this first and second grade network system and corresponding and include according to setting up exclusive Geographical Coordinates Parameter and the secondment program reference table (PRT)s of this administrative center of the several individual secondment time values that once recorded by temporarily transferring according to each processing node of this first and second grade network system in each processing node present position of this first and second grade network system respectively with the IP address under each processing node of this first and second grade network system; Wherein if during this first order network system generation network traffic congestion situation, then carry out the program that can promote the network effective utilization, this program comprises at least:

(1) carry out a learning program, wherein comprise at least:

(1-1) according to the Geographical Coordinates Parameter of the secondment program reference table (PRT) of this administrative center calculate with the contiguous second level network system of the first order network system that is in fully loaded situation in a processing node;

(1-2) judge that this and the processing node in the contiguous second level network system of the first order network system that is in fully loaded situation whether can be for the usefulness of secondments, if can supply secondment with then proceeding to step (1-4), otherwise proceed to step (1-3);

(1-3) usefulness that can't provide secondment when this and processing node in the contiguous second level network system of the first order network system that is in fully loaded situation then calculates the processing node that another and this first order network system is close in this second level network system by this administrative center according to the Geographical Coordinates Parameter of the secondment program reference table (PRT) of this administrative center, and returns this step (1-2);

(1-4), this and processing node in the contiguous second level network system of the first order network system that is in fully loaded situation then transmit this administrative center that returns back to that can supply secondment when can providing usefulness of secondment, and make in the secondment program reference table (PRT) of this administrative center with respect to this with the contiguous second level network system of the first order network system that is in fully loaded situation in one of processing node representative document record in write down and temporarily transfers the time at that time, with the work of treatment that allows this and the processing node in the contiguous second level network system of the first order network system that is in fully loaded situation share the received incoming event of this first order network system that is in the situation of being fully loaded with; And

(2) finish after this learning program, in when, as if this first order network system network traffic congestion situation taking place again thereafter, then, in the network system of the second level, take out processing node contiguous with this first order network system and that can supply to temporarily transfer usefulness immediately by this administrative center according to the secondment program reference table (PRT) of this administrative center.

7. the optimization information processing as claimed in claim 6 formula computing machine networking system that helps each other is characterized in that, the Geographical Coordinates Parameter under each processing node is the longitude and latitude in the geographic position at each processing node place.

8. the optimization information processing as claimed in claim 6 formula computing machine networking system that helps each other, it is characterized in that, in this step (2), this can be in record in the secondment program reference table (PRT) of proposition time and this administrative center of secondment request of processing node of fully loaded situation according to system according to this for obtaining of the processing node of temporarily transferring usefulness, and this is a reckling with the difference between the two of the pairing secondment of processing node time in the second level network system of the first order network system vicinity that is in fully loaded situation.

9. the optimization information processing as claimed in claim 6 formula computing machine networking system that helps each other, it is characterized in that the secondment program reference table (PRT) of this first order network system, this second level network system and this administrative center stores each processing node exclusive Geographical Coordinates Parameter corresponding domain name included separately with this first order network system, this second level network system and this administrative center respectively.

10. the optimization information processing as claimed in claim 6 formula computing machine networking system that helps each other, it is characterized in that the IP address in the secondment program reference table (PRT) of this first order network system, this second level network system and this administrative center replaces with this first order network system and the included separately pairing domain name of processing node of second level network system in addition.

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