CN100424673C - Mutual aid computer network system for optimized information process - Google Patents

Mutual aid computer network system for optimized information process Download PDF

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CN100424673C
CN100424673C CN 02140395 CN02140395A CN100424673C CN 100424673 C CN100424673 C CN 100424673C CN 02140395 CN02140395 CN 02140395 CN 02140395 A CN02140395 A CN 02140395A CN 100424673 C CN100424673 C CN 100424673C
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system
aid
process
computer
information
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CN1466068A (en )
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林光信
温世仁
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英业达股份有限公司
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Abstract

一种最佳化信息处理互助式计算机网络系统,其系建构于一种新提出的含地理坐标信息的网络系统上,可用以让网络系统中的网络主机发生网络塞车状况时,以最佳化的主机借调流程来互相支持;可让一网络系统中的网络主机于工作负载过大时,向其邻近以及可承受较大工作负载的另一台网络主机进行借调,并让被借调的网络主机来分担此负载过大的网络主机所接收到的输入事件处理工作,借此而提高网络系统整体处理速度而缓解网络塞车状况。 When an optimal mutual information processing computer network system, the Department of construction on a network system with a new geographic coordinate information presented, can be used to make the network host network system in event of a network traffic jam situation, to optimize seconded host processes to support each other; allows the network host in a network system when the work load is too large, and its neighboring seconded for another network host can withstand a greater workload, and allow the network host seconded this had to share the load input event processing large web hosts received, and thereby improve the overall processing speed of the network system to ease network congestion status.

Description

最佳化信息处理互助式计算机网络系统 Optimal mutual information processing system computer network

技术领域 FIELD

本发明是关于一种计算机网络技术,特别是关于一种最佳化信息处理互助式计算机网络系统,它是建构于一种新提出的含地理坐标信息的网络系统上,可用以让网络系统的网络主机发生网络塞车状况时, The present invention relates to a computer network technology, particularly to a best information about the mutual-processing computer network system, which is built upon a network system including a geographic coordinate information newly proposed network system may be used to make when the network host network congestion situation occurs,

以最佳化的主机借调流程来互相支持:可让一网络主机于工作负载过大时,以达到可增进网络使用效能的方式借调另一台网络主机,并让借调的网络主机来分担此负载过大的网络主机所接收到的输入事件处理工作,借此而提离其整体处理速度而缓解网络塞车状况。 To optimize host secondment processes to support each other: a network that allows the host to work load is too large, it can enhance the way in order to achieve effective utilization of network seconded to another network host, and let seconded web hosts to share this load excessive network host received input event processing, and thereby alleviate network traffic congestion and raise its status from the overall processing speed.

行^!^XKXI、 OK ^! ^ XKXI,

计算机网络系统是将二台或二台以上的计算机主机借由远程通讯 The computer network system is more than two or two sets of host computer by means of remote communication

技术而连结成一体,用以让任何一个客户端工作站均可联机至该计算 Integrally coupling techniques to allow any client workstations can connect to the computing

机网络系统中的任何一台计算机主机,借此而让客户端工作站可使用 Any computer network system of the host machine, and thereby allow client workstations can be used

网络系统中的任何一台计算机主机中的软硬件资源及数据处理功能、 The network system of any of a host computer software and hardware resources and data processing functions,

或是浏览其所提供的各种线上信息。 Or browse online information they provide.

公知的计算机网络系统最常用的连结架构即为树状型连结架构。 Well-known computer network system is the most commonly used link structure tree type link structure.

目前大多数的计箅机网络系统,例如互联网(Internet)、公司内部网 Most of the grate meter machine network systems, such as the Internet (Internet), company intranet

络系统(intranet)、公司间网络系统(extranet)、等等,均是建构于 System network (intranet), inter-company network system (extranet), etc., are built upon

此种树状型连结架构。 Such a tree-type link structure.

于网络系统的应用上,常有需要执行转连结流程;亦即当某--个处理节点接收到一输入事件时,若该处理节点目前为满载状况而无法处理该输入事件、或有必要将该输入事件的处理工作分配至其它的处理节点时,则会将该输入事件转连结至另外一个处理节点,借此而让其它的处理节点来承接客户端工作站的连结请求。 On the application of the network system, often need to perform transfer coupling process; i.e., when a - when a node receives a process input event, if the processing node can not currently handle the full load condition input event, or it is necessary to when processing of the input event assigned to other processing nodes, the input event will be transferred to another processing node links, and thereby allow other processing nodes to take over the link request from the client workstation.

然而公知的树状型网络架构的一项缺点在于其转连结流程的效率较低:这是由于其往往须要经由其它的处理节点来转连结至所需的处理节点。 However, a disadvantage of the known lower tree-type network architecture in turn connected to a flow of its efficiency: since it is often the need for further processing nodes via a link to turn to a desired processing node.

此外,由于二个处理节点之间的数据传输效益与其间的距离有关点所属的IP地址以及与该第—'及第二级网络系统的各处理节点所属的IP地址分别对应而包括有根据该第一及第二级网络系统的各处理节点所处位置来建立专属的地理坐标参数以及根据该第一及第二级网络系统的各处理节点曾被借调过所记录的数个借调时间值的该管理中心的 Further, since the IP address of the point about the distance therebetween and the data transmission efficiency between the two processing nodes belongs, and the second - IP Address belongs' and second processing nodes respectively correspond to two network system according to this and comprises each processing node to establish a location-specific parameters and the geographical coordinates of the processing nodes according to the first and second secondary network system seconded been recorded over time of the first and second plurality of seconded two values ​​network system the management center

借调程序参考表;其中若该第一级网络系统发生网络塞车状况时,则执行一可增进网络使用效能的程序,该程序至少包括: Seconded program reference table; wherein the first stage if the network congestion status occurs network system, the program is executed can enhance a performance of a network used, the program comprising at least:

(1) 执行一学习程序,其中至少包括: (1) performs a learning program, which comprises at least:

(ll)根据该管理中心的借调程序参考表的地理坐标參数来计算出与处于满载状况的第一级网络系统邻近的第二级网络系统中的一处理节点; (LL) is calculated with a processing node in a network system of the first stage adjacent to the loaded condition of the second stage network system according to the geographical coordinates of the parameters of the program management center seconded the reference table;

(1-2)判断该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点是否可供借调之用,若可供借调之用则进至歩骤(l-4),否则进至歩骤(1-3); (1-2) determining the processing node in the network system of the first stage adjacent to the loaded condition of the second stage in the system is available for network seconded purposes, if only for seconded ho proceeds to a step (l-4 ), otherwise proceeds to step ho (1-3);

(l-3)当该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点无法提供借调之用则由该管理中心根据该管理中心的借调程序参考表的地理坐标参数来计算出该第二级网络系统中另一个与该第一级网路系统邻近的处理节点,并返回该歩骤(1-2); (L-3) When the geographical coordinates of the processing node in the network system of the first stage adjacent to the loaded condition of the second stage system can not provide network seconded by the management center of a seconded procedure according to the reference table management center parameter to calculate the second stage processing node to another network system adjacent to the first level of the network system, and returns the ho step (1-2);

(1-4)当该与处于满载状况的第一级网絡系统邻近的第二级网络系统中的处理节点可提供借调之用则传送一可供借调之回复至该管理中心,且令该管理中心的借调程序参考表中相对于该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点所代表之一笔资料记录中记录借调当时时间,以让该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点来分担该处于满载状况的第一级网络系统所接收到的输入事件的处理工作;以及 (1-4) When the processing node in the network system of the first stage adjacent to the loaded condition of the second stage may provide a network system with the transfer of a seconded seconded for the return to the management center, enabling the management and secondment program reference table in the center of the data relative to the sum represented by the record of the first-stage processing node network system is fully loaded condition of the adjacent second-stage network system in record time was seconded to allow the full and in processing node status of the first level stage network system adjacent the second network system to share the processing operation of the first stage of the network system is in the fully loaded condition received input event; and

(2) 完成该学习程序之后,尔后若该第一级网络系统再发生网络塞车状况时,则根据该管理中心的借调程序参考表,由该管理中心立即自第二级网络系统中取出与该第一级网络系统邻近以及可供借调用的处理 (2) after completion of the learning program, and later stage if the first network system network congestion condition occurs again, the reference table in accordance with the procedure seconded management center, the extraction of the management center from the second stage immediately network system the first-stage processing and network systems available to borrow close to call

书占H脉。 Books accounted H pulse.

7.如权利要求6所述的最佳化信息处理互助式计算机网路系统,其特征在于,各个处理节点所属的地理坐标参数为各个处理节点所在的地理供借调之用,若可供^^调之用则迸至步骤(1-4),否则进至步骤(l-3); 7. As best information processing according to claim 6 mutual computer network system, wherein the geographical coordinates of each processing node belongs seconded for the geographic location of the respective processing nodes use, if available ^^ Beng tone only to the step (1-4), otherwise proceeds to step (l-3);

(1-3)当该邻近的处理节点无法提供借调之用则由该处于满载状况的 (1-3) When the neighboring node is not available on loan process only and is loaded by the condition

处理节点根据该处理节点的借调程序参考表的地理坐标参数来计算出另一个与该处于满载状况的处理节点邻近的处理节点,并返回该歩骤 Another processing node calculates a node adjacent to the processing of the processing node is loaded condition seconded geographic coordinates of the program reference table processing node, and returns the step ho

(1-2); (1-4)当该邻近的处理节点可提供借调之用则传送一可供借调 (1-2); (1-4) when the processing node may be provided adjacent seconded is transmitted only for a seconded

的回复至该处于满载状况的处理节点,且令该处于满载状况的处理节点的借调程序参考表中相对于该邻近的处理节点所代表之一笔资料记 Seconded program reference table processing node in response to the loaded condition, and enabling the processing node is in the fully loaded condition with respect to the sum represented by the data processing node adjacent to remember

录中记录借调当时时间;以及(2)完成该学习程序之后,尔后若任一 The catalog record seconded current time; and then (2) the completion of the learning program, and later if any of

处理节点再发生网络塞车状况时,则根据该处理节点的借调程序参考表以立即取出邻近以及可供借调用的处理节点。 Network congestion conditions and then processing node occurs, and to immediately remove the neighboring nodes for processing by call reference table in accordance with the procedure seconded processing node.

此外,本发明还提供一种最佳化信息处理互助式计算机网络系统, Further, the present invention provides an optimal mutual information processing system, computer network,

其特征在于至少包括:(a)—第一级网络系统,其中包括多个处理节点, 该第一级网络系统的各处理节点均彼此相互连结;且该第一级网络系统的各处理节点均设有一包括该第一级网络系统的各处理节点所属的IP地址以及与该些IP地址分别对应而包括有根据该第一级网络系统的各处理节点所处位置来建立专属的地理坐标参数以及根据该处理节点曾被借调过所记录的数个借调时间值的借调程序参考表;(b)—第二级网络系统,其中包括多个处理节点,该第二级网络系统的各处理节点均彼此相互连结;且该第二级网络系统的各处理节点均设有一包括该第二级网络系统的各处理节点所属的IP地址以及与该第二级网络系统的各处理节点所属的IP地址分别对应而包括有根据该该第二级网络系统的各处理节点所处位置来建立专属的地理坐标参数以及根据该第二级网 Characterized by comprising at least: (a) - a first level network system comprising a plurality of processing nodes, each processing node of the network system of the first stage are connected to each other; and a first stage of the processing nodes are network system IP address is provided comprising a first stage of the processing nodes it belongs and the network system and the plurality of IP addresses corresponding to create a unique and includes parameters according to the geographical coordinates of the location of the processing nodes of the network system and a first stage according to this process through the node has been seconded seconded program reference number table seconded the recorded time values; (b) - the second stage network system including a plurality of processing nodes, each processing node of the network system of the second stage are connected to each other; and each processing node of the second stage has a network system includes an IP address of the second stage of the processing nodes of the network system and the IP address belongs and belongs to the second stage of the processing nodes of the network system, respectively including establishing correspondence own parameters and the geographical coordinates of the network according to the second stage according to the location of the processing nodes of the network system of the second stage 系统的各处理节点曾被借调过所记录的数个借调时间值的该第二级网络系统的借调程序参考表;以及(c)—管理中心,其分别与第一及第二级网络系统中的各处理节点相互连结;且该管理中心设有一包括该第一及第二级网络系统的各处理节点所属的IP地址以及与该第一及第二级网络系统的各处理节点所属的IP地址分别对应而包括有根据该第一及第二级网络系统的各处理节点所处位置来建立专属的地理坐标参数以及根据该第一及第二级网络系统的各处理节点曾被借调过所记录的数个借调时间值的该管理中心的借调程序参考表;其中若该第一级网络系统发生网络塞车状况时,则执行一可增进网络使用效能的程序,该程序至少包括:(l)执行一学习程序,其中至少包括:(ll)根据该管理中心的借调程序参考表的地理坐标参数来计算出与该处于满载状况的第一 Each processing node of the system has been seconded network system through the second stage of a plurality of time values ​​seconded seconded recorded program reference table; and (c) - the management center respectively with the two first and second network system of processing nodes connected to each other; and the management center is provided with an IP address comprises a first and second processing nodes of the secondary network system belongs and the IP address belongs to the first and second processing nodes of the secondary network system corresponding to create a unique and comprises the geographical coordinates and parameters had been seconded the first and second processing nodes of the secondary network system according to the recording location of the processing nodes of the first network system and the second stage the management center of a plurality of time values ​​seconded seconded program reference table; wherein the first stage if the network congestion status occurs network system is performed using a program that enhance the effectiveness of the network, the program comprising at least: (l) performing a learning program, comprising at least: (ll) is calculated in a first loaded condition with the geographic coordinates of the center of the seconded management program reference table 级网络系统邻近的第二级网络系统中的一处理节点; (1-2)判断该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点是否可供借调之用,若可供借调之用则迸至步骤 A system-level network processing node adjacent to the second stage of the network system; (1-2) determining the processing node in the network system of the first stage adjacent to the loaded condition of the second stage in the system is a network for purposes seconded If only for secondment to the Beng step

(l-4),否则进至步骤(1-3); (1-3)当该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点无法提供借调之用则由该管理中心根据该管理中心的借调程序参考表的地理坐标参数来计算出该第二级网络系统中另一个与该第一级网路系统邻近的处理节点,并返回该步骤(1-2); (1-4)当该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点可提供借调之用则传送一可供借调之回复至该管理中心,且令该管理中心的借调程序参考表中相对于该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点所代表之一笔资料记录中记录借调当时时间,以让该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点来分担该处于满载状况的第一级网络系统所接收到的输入事件的处理工作;以及 (L-4), otherwise it proceeds to step (1-3); (1-3) with the first stage when the system is fully loaded condition of the network adjacent the second stage processing node network system not only provides the seconded this is calculated by the management center based on the geographical coordinates of the center of the seconded management program reference table illustrating the processing node of the second network system to another stage adjacent to the first level of the network system, and returns to the step (1-2 ); (1-4) when the processing node in the network system of the first stage adjacent to the loaded condition of the second stage may provide a network system with the transfer of a seconded seconded for the return to the management center, and let secondment program reference table of the management center relative to the piece of data represented by the record of the first-stage processing node network system is fully loaded condition of the adjacent second-stage network system in record time on loan at the time, and to allow the a first processing node in a network system level loaded condition adjacent the second stage of the network system to share the processing operation of the first stage of the network system is in the fully loaded condition received input event; and

(2)完成该学习程序之后,尔后若该第一级网络系统再发生网络塞车状况时,则根据该管理中心的借调程序参考表,由该管理中心立即自第 (2) after completion of the learning program, and later stage if the first network system a network congestion condition occurs again, then the reference table according to the procedure seconded management center, from the first to the management center immediately

二级网络系统中取出与该第一级网络系统邻近以及可供借调用的处理节点。 Two network system taken adjacent to the first stage system and the network node for processing by the call.

附图说明 BRIEF DESCRIPTION

图1为一示意图,其中显示本发明的最佳化信息处理互助式计算机网络系统所采用的含地理坐标信息的网络系统的基本形态; 1 is a schematic diagram showing the present invention, the optimization information processing system network comprising the basic form of the geographical coordinates of the mutual-information system used by the computer network;

图2为一系统架构示意图,其中显示本发明的最佳化信息处理互助 FIG 2 is a schematic diagram of a system architecture in which the present invention is the optimization information display process mutual

式计算机网络系统的基本系统架构; The basic system architecture of the computer network system;

图3为一资料表示意图,其中显示本发明的最佳化信息处理互助式 Figure 3 shows a data is intended, wherein the optimization information display processing according to the present invention mutual formula

计算机网络系统中的各网络主机其所具有借调程序参考表的基本内 Each network host computer network system in which it has substantially the program reference table seconded

愈, More,

图4为一流程图,其中显示本发明的最佳化信息处理互助式计算机网络系统所执行的可达到增迸网络使用效能的主机借调程序;以及 FIG 4 is a flow chart showing the optimization information processing of the present invention can be achieved by using the host network Beng seconded mutual program performance computer network system performed; and

图5为一系统架构示意图,其中显示本发明的最佳化信息处理互助式计算机网络系统的另一实施例的基本系统架构。 FIG 5 is a schematic diagram of a system architecture, which shows another preferred process of the present invention, mutual information computer network system of the basic system architecture embodiment.

图中标号说明 Reference numeral described in FIG.

10 含地理坐标信息的网络系统 10 network system information including geographical coordinates

11 处理节点 12 处理节点 Processing node processing node 11 12

13 处理节点 处理节点 Processing node processing node 13

15 处理节点 15 processing nodes

20 本发明的最佳化信息处理互助式计算机网络系统 30 借调程序参考表 Best information for 20 of the present invention mutual computer network system program reference table 30 seconded

40 本发明的最佳化信息处理互助式计算机网络系统 100 第一级网络系统 101 网络主机(处理节点) Optimal mutual information processing network computer system 40 of the present invention a first stage of the network system 100 Host 101 Network (processing node)

102 网络主机(处理节点) 103 网络主机(处理节点) Network host 102 (processing nodes) network host 103 (processing node)

104 网络主机(处理节点) 200 第二级网络系统 Network host 104 (processing node) 200 of the second stage network system

201 网络主机(处理节点) 202 网络主机(处理节点) Network host 201 (processing node) network host 202 (processing node)

203 网络主机(处理节点) 204 网络主机(处理节点)205 网络主机(处理节点) 400 第一级网络系统 Network host 203 (processing nodes) network host 204 (processing nodes) network host 205 (processing node) network system 400 of the first stage

柳 网络主机(处理节点) 402 网络主机(处理节点) Liu network host (processing nodes) network host 402 (processing node)

403 网络主机(处理节点) 404 网络主机(处理节点) Network host 403 (processing nodes) network host 404 (processing node)

500 第二级网络系统 5(H 网络主机(处理节点) The network system 500 of the second stage 5 (H network host (processing node)

502 网络主机(处理节点) 503 网络主机(处理节点) Network host 502 (processing nodes) network host 503 (processing node)

504 网络主机(处理节点) 505 网络主机(处理节点) Network host 504 (processing nodes) network host 505 (processing node)

具体实施方案 Specific embodiments

以下将结合附图,详细说明本发明的最佳化信息处理互助式计算机网络系统的实施方案。 In conjunction with the following drawings, detailed description of the best embodiment of the information processing program of the present invention, mutual computer network system.

本发明的最佳化信息处理互助式计算机网络系统是建构于一种新提出的含地理坐标信息的网络系统上。 Optimal mutual information processing system of the present invention, computer network is the construction of a network system on a geographic coordinate information containing the newly proposed. 有关此种新提出的网络系统的详细内容,请参阅本发明申请人同时提出的发明专利申请案[含地理坐标信息的网络系统]的专利说明书。 For more information on this new proposed network system, see the invention patent application of the applicant of the present invention also proposed [geographical coordinates of a network system containing information] patent specification.

以下将结合图l来简述此含地理坐标信息的网络系统的基本观念。 Figure l will be outlined in conjunction with the basic concepts of this network system information including geographical coordinates.

含地理坐标信息的网络系统的基本观念 The basic concept of network system with geographic coordinates information

图1的示意图即显示此新提出的含地理坐标信息的网络系统(如标 1 a schematic view of a network system is displayed (as indicated on the information including the geographical coordinates of the new proposed

号10所指的虚线框所包含的部分)的基本形态a于此范例中,假设此网 10 refers to a dashed box number included in part) of a basic form in this example, assume that this network

络系统10包含5个处理节点11、 12、 13、 14、 15(注:此处仅以5个处理节点为例加以说明,实际上可为任何数目的处理节点)。 Network processing system 10 includes five nodes 11, 12, 13, 14, 15 (Note: only 5 here as an example to illustrate the processing nodes, may actually be any number of processing nodes).

此网络系统10的特点在于其中各个处理节点1K 12、 13、 14、 15 均全部相互连结至其它所有的处理节点(亦即处理节点ll同时连结至处理节点12、 13、 14、 15;处理节点12同时连结至处理节点11、 13、 14、 15;处理节点13同时连结至处理节点11、 12、 14、 15;处理节点14同时连结至处理节点11、 12、 13、 15;而处理节点15则同时连结至处理节点U、 12、 13、 14);且其中的各个处理节点ll、 12、 13、 14、 15均分别根据其所在的地理位置而设定有一组专属的地理坐标参数, 例如为其所在的地点的经纬度(longitude-altitude),用以指示出各个处理节点U、 12、 3L3、 14、 15所在的地理位置。 This network system is characterized by the characteristics 10 wherein each processing node 1K 12, 13, 14, 15, are all connected to each other to all other processing nodes (i.e. ll is also linked to processing node processing node 12, 13, 14, 15; processing node 12 is also linked to processing node 11, 13, 14, 15; processing node link 13 simultaneously to processing node 11, 12, 14, 15; processing node 14 is also linked to processing node 11, 12, 13, 15; and the processing node 15 is also linked to the processing node U, 12, 13, 14); and wherein each of the processing nodes ll, 12, 13, 14, 15 are each according to its location in the set have a unique combination of geographic coordinates, e.g. where its latitude and longitude location (longitude-altitude), for indicating respective processing node U, 12, 3L3, 14, 15 where the geographic location.

假设(ai, ej)代表处理节点ll所在的地理位置的经纬度;(q, e^代表处理节点12所在的地理位置的经纬度:(a旦,g①代表处理节点13所在的地理位置的经纬度:(al , P4)代表处理节点H所在的地理位置的经纬度;而"§ , 3互)则代表处理节点15所在的地理位置的经纬度;且其中系以东经为正值、西经为负值;且以北纬为正值、 南炜为负值。 Suppose (ai, ej) geographical latitude and longitude of the node where the process ll representative; latitude and longitude of the location where (q, e ^ representative of processing node 12: (a denier, where the location of the processing node 13 representative of latitude and longitude :( g① geographical latitude and longitude al, P4) representative of processing node H is located; and "§, 3 mutual) represents the location of the processing node 15 where the latitude and longitude; and wherein the lines in the east longitude is positive, west negative; and north latitude positive, south Wei is negative.

则任何二个地理位置(ai , e丄)及(aj , 0』),i、 jl、 2、 3、 4、 5,之间的地表距离Dii可根据基本向量定理而求得为: Then any two location (ai, e Shang) and (aj, 0 "), i, jl, 2, 3, 4, 5 between the surface distance Dii, may be determined according to the basic vector theorem:

Djj = R - leos—l [cosgi cosg j_ cos(ai —aj) + singi sin Djj = R - leos-l [cosgi cosg j_ cos (ai -aj) + singi sin

"]l 一其中R代表地球的半径。 "] L a wherein R represents the radius of the Earth.

以下将称上述的公式为"经纬度定距公式'。由于各个处理节点ll、 12、 13、 14、 15均设定有一组专属的经纬度参数,因此采用本发明的网络系统的计算机网络系统即可据以定出各个处理节点ll、 12、 13、 14、 15的地理位置,并可根据上述的经纬度定距公式来定出任何二个处理节点之间的距离。 Will be referred to the above formula is "Coordinates spacer formula '. Since each processing node ll, 12, 13, 14, 15 are set to have a unique combination of latitude and longitude parameters, a network system according to the present invention is a computer network system to according to fix the respective processing node ll, 12, location 13, 14, 15, and to fix the distance between any two processing nodes according to the above latitude and longitude spacer formula.

本发明的最佳化信息处理互助式计算机网络系统的实施例 Example mutual optimization computer network information processing system according to the present invention.

图2的示意图即显示本发明的最佳化信息处理互助式计算机网络系统的一实施例(如标号20所指的虚线框所包含的部分),其即建构于上述的含地理坐标信息的网络系统。 2 a schematic diagram of the optimization information is displayed according to the present invention is a process mutual computer network system according to an embodiment (dotted box portion 20 referred to as reference numeral included), i.e. construct which contains the geographical coordinates of the network of the information system.

于图2所示的实施例中,假设本发明的最佳化信息处理互助式计算机网络系统20包含5台网络主机(即处理节点)200、 201、 202、 203、 204(注:此处仅以5台网络主机为例作说明,实际上可为任何数目的网络主机),其中各台网络主机200、 201、 202、 203、 204均全部彼此相互连结;且其中的各台网络主机200、 201、 202、 203、 204均分别设定有一包括各网络主机所属的IP地址(或主机名称)以及与该些IP地址分别对应而包括有根据该网络主机所处位置来建立专属的地理坐标參数以及根据该网络主机曾被借调过而记录的数个借调时间值的借调程序参考表(如第3图所示),其中,该地理坐标参数,例如为网络主机 In the embodiment illustrated in Figure 2, the present invention assumed that the optimization information processing mutual network system 20 comprises a computer network host 5 (i.e., processing nodes) 200, 201, 202, 203, 204 (Note: Only here 5 to exemplified as a network host, it may actually be any number of network host), wherein each network host 200, 201, 202, 203, 204, are all connected to each other; and wherein each network host 200, 201, 202, 203, 204 are each set including a IP address (or host name), and respectively correspond to the plurality of IP addresses including the unique geographical coordinates to establish a reference location based on the network each network host host belongs seconded program reference table according to the network number and host seconded had been recorded for a plurality of time values ​​seconded (as shown in FIG. 3), wherein the geographic coordinate parameters, such as network hosts

所在的地点的经纬度。 Latitude and longitude location is located.

请参阅图3,其用以表示本发明的最佳化信息处理互助式计算机网络系统20中网络主机200中所设定的一借调程序参考表30,其中, 一笔资料记录的主机网域名称数据域位WAM. AM. AM. MT即为网络主机200的网域名称;而主机网域名称数据域位"BBB.BBB.BBB.BBB"即为网络主机201的网域名称;以下以此类推,由于该图所示的借调程序参考表30为网络主机200所有,故在代表其主机相关信息的资料记录中的借调时间数据域位内并未填有相关资料;相对的,在其它网络主机(201、 202、 203、 204)中的借调程序参考表中,该代表网络主机200的--笔资料记录的借调时间数据域位内便会填入资料,如此,本发明的最佳化信息处理互助式计算机网络系统20即可根据各台网络主机200、 201、 202、 203、 204的借调程序参考表中所记录的各网络主机所属的经绵度参数来定出各台网络主机200、 201 Refer to FIG. 3, which represents the best information for the present invention process mutual a computer network system 30 seconded program reference table 200 is set in the network host 20, wherein the host domain name piece of data records ... the data field WAM AM AM MT 200 is the Internet host domain name; the host domain name data field "BBB.BBB.BBB.BBB" domain name is the network host 201; hereinafter this analogy, since the procedure shown in the figure seconded reference table 30 all the network host 200, it is not filled with the relevant information on behalf of the data recorded in the main information data field time seconded; opposite, in other networks host (201, 202, 203, 204) the reference table seconded program, the host computer 200 on behalf of the network - within a time data field seconded pen will be populated in the data records, thus, optimizing the present invention mutual information processing computer network system 20 to fix to each network host 200 according to 200, 201, 202, each network host seconded program reference table 203, 204 is recorded by the cotton parameter belongs to each network host 201 202、 203、 204所在的地理位置, 并可根据前述的经纬度定距公式来计算任何二台网络主机之间的距离以及取出曾供借调过的借调时间而实时取得可增进网络使用效能的借调网络主机(请容后说明)。 202, 203, 204 where the location, and calculates the distance between any two network host has been removed and the time for seconded seconded through the latitude and longitude of the preceding formula spacer obtain real-time network usage can enhance network performance seconded host (Please explain capacity).

本发明的最佳化信息处理互助式计算机网络系统20可让发生网络塞车状况的网络主机以可达到增进网络使用效能的方式借调另一台网络主机,并让借调的网络主机来分担输入事件处理工作,借此而提高其整体处理速度而缓解网络塞车状况。 Best of mutual information processing computer network system 20 of the invention allows the network host network congestion condition occurs in up to enhance the effectiveness of way network uses the secondment of another network host, and let the secondment of web hosts to share the input event processing work, and thereby improve the overall processing speed and ease network congestion status.

请参阅图4,即显示本发明的最佳化信息处理互助式计算机网络系统20所执行的可达到增进网络使用效能的主机借调程序。 Please refer to FIG. 4, i.e. the optimization information display process of the present invention mutual computer network system 20 may be performed to achieve effective utilization of the network host promotional program seconded.

当本发明的最佳化信息处理互助式计算机网络系统20中的任何一台网络主机处于满载状况而无法处理新进的输入事件时(亦即发生网络塞车状况时),则便开始执行图4所示的流程图中的步骤S10及S20。 When any one of the best network host computer mutual information processing system of the present invention, network 20 is at a full load condition can not be processed for new input event (i.e., a network traffic jam condition occurs), the execution starts FIG. 4 step S10 in the flowchart shown and S20.

于初始时,首先为执行一学习程序SIO,用以从经验中记录可达到增进网络使用效能的主机借调流程;将最初所执行的主机借调流程作为经验来学习,借以于尔后作为主机借调流程的参考依据。 At the initial, first for the SIO performing a learning program, for recording can be achieved using performance enhancing network host seconded flow from experience; host process originally performed as seconded learning experience, so as to later process as the host seconded Reference. 此学习程序SlO包括步骤Sll、 S12、 S13以及Si4。 This learning process SlO comprises the step Sll, S12, S13 and Si4.

于步骤S11中,当一网络主机处于满载状况时(亦即发生网络塞车状况时),根据其借调程序参考表的主机地理位置数据域位内的经纬度参数以及上述的定距公式来找出与该处于满载状况的网络主机邻近且 (I.e., occurs when the network congestion status) in step S11, when the host is in a fully loaded condition of the network, latitude and longitude parameters within which the host location data field and the reference table seconded procedures given above formula to find the distance the network host is in the fully loaded condition of proximity and

可支持的网络主机。 Web hosting can support.

接着于歩骤S12中,判断该被选中的网络主机是否处于空闲或负载较小的状况,以可供该处于满载状况的网络主机进行借调之用,若可供借调之用则进行歩骤S14,否则进行步骤S13。 Ho then in step S12, it is determined that the selected network host is idle or lesser load conditions, is available to the host to the network is fully loaded condition seconded purposes, if only for seconded step S14 is performed ho otherwise it proceeds to step S13. 其中,是由该处于满载状况的网络主机来传送一借调请求给该选中的网络主机,且由该选中的网络主机回复其是否可提供借调之用。 Wherein the network host is in a loaded condition seconded to transmit a request to the network host selected, the selected and returned by the network whether the host which may provide seconded purposes.

当该选中的网络主机无法提供借调之用则进行步骤S13,由该处于满载状况的网络主机根据其借调程序参考表的主机地理位置数据域位内的经纬度参数以及上述的定距公式来找出另一个与其邻近的网络主机,接者返回上述步骤S12。 When the network host selected not only provide seconded proceeds step S13, the host computer by the network is loaded with the condition according to which the latitude and longitude parameters seconded spacer and the above formula within the host program reference location data field table to find another adjacent thereto network host, who then returns to step S12.

接着于步骤S14中,当该被选中的网络主机可提供借调则传送一可供俊调回复给该处于满载状况的网络主机,且该处于满载状况的网络主机将于其借调程序参考表中相对应于该逸中网络主机所代表的一笔资料记录中的借调时间数据域位内填入借调时间(即目前时间),以lh 该选中的网络主机来分担该处于满载状况的网络主机所接收到的输入事件的处理工作。 Next in step S14, when the selected network host can provide for a seconded Jun tone is transmitted to the reply of the network host is loaded condition, and the fully loaded condition in which the network host will program the reference table with seconded is filled into the corresponding piece of data records in the network host Yi represents the time data field seconded seconded time (i.e. current time) to the selected lh network host to share the network host is loaded condition received processing to input events. 因此可提髙该处于满载状况的网络主机的整体处理速度而缓解其网络塞车状况。 Gao can thus provide the overall processing speed of the host network in its fully loaded condition is mitigated by the network congestion status. 借以于日后于步骤S14中,以统计方式来归纳及分析出的可达到增进网络使用效能的主机借调流程。 Whereby in the future to step S14, to summarize and statistically analyze the use of the network as the host enhance the effectiveness of the secondment process. 于该借调程序参考表30中建立有关于各网络主机进行借调的借调时间,如此, 即可找出地理位置邻近以及在特定时间(一般指网络主机使用尖峰期) 可供借调之用的网络主机,以实时排除处理效能较差的主机借调程序。 Seconded to the program established reference table 30 relates seconded time seconded each network host, so, to identify the geographical proximity and at a specific time (usually using a spiking of the network host) with the network host for the seconded to exclude real-time processing of poor performance of the host secondment program.

在累积了多次的主机借调程序(即步骤S11至歩骤S14)之后,即可进行归纳程序;其中是以统计方式来归纳及分析所有过去曽执行过的主机借调程序,借此而找出处理效能最佳的主机借调程序。 After accumulated a number of host secondment program (ie ho step S11 to step S14), the program can be summarized as; which is a statistical way to summarize and analyze all hosts on secondment program in the past Zeng have been executed, and thereby find out optimal processing performance of the host secondment program. 完成上述的学习程序SlO(即步骤Sll、 S12、 S13、和S14)之后,即可于尔后再发生网络塞车状况时,进行步骤S20的可达到增迸网络使用效能的主机借调程序:于步骤S20中,根据学习程序S10所求得的可达到增进网络使用效能的主机借调程序来借调邻近且可供借调的用的网络主机。 After the learning process is complete when the above-described SlO (i.e. step Sll, S12, S13, and S14), to network congestion from occurring in the Er conditions, step S20 may be used to achieve the performance of the network by the host Beng seconded procedure: in the step S20 in accordance with the determined learning program can be achieved S10 enhance network performance using the host program to seconded seconded adjacent and seconded network host for use.

举一应用实例来说,假设网络系统20中网络主机200可同时容納200个终端使用者。 For an application example, if the host network the network system 20 can accommodate 200 user terminal 200. 但根据使用状况调査结果显示,于每日OO:OO至17:00及20:00至24:OO之间,平均约有100至150个使用者同时登入至该网络主机200:但于17:00至20:00之间,则会增加至300至350个使用者(亦即约增加200个使用者)。 However, according to the use condition survey, in daily OO: OO to 17:00 and 20:00 to 24: OO between, on average about 100 to 150 simultaneous users logged into the network host 200: 17, but in : 00 to 20:00, will increase to 300-350 user (i.e. an increase of about 200 users). 于此情况下,显然地17,至20:00的使用尖峰期将会导致网络主机200的处理速度降低。 In which case, obviously 17, a peak of 20:00 will result in reduced processing speed of the host network 200. 采用本发明所提供的网络系统20,该网络主机200处于使用尖峰期间时,即可自其借调程序参考表中根据所记录的地理经纬度来计算出与其邻近的一网络主机,且根据该参考表中所记录的借调时间来判断该选中的网络主机是否可供借调之用,因此借由一种可达到增进网络使用效能的方式以实时借调其它的网络主机,借此而让选中的网络主机来分担该网络主机200的工作负担,使得该网络主机200于使用尖峰期间仍可提供正常的处理速度。 A network system 20 according to the present invention is provided, the network host 200 is in use during the peak, from which the network host to a seconded reference program table is calculated based on the geographical latitude and longitude of the recorded adjacent thereto, and according to the reference table secondment time recorded to determine whether the selected web hosts available for secondment purposes, and therefore can be achieved by enhancing the way from one network performance using real-time secondment to other web hosts, and thereby allow the host to the selected network the workload balancing network host 200, host 200 on the network such that the peak usage period may still provide a normal process speed.

以上仅以一级网络系统20为例说明可达到增进网络使用效能的主机借调方式:此外,也可加入另一级网络系统,如图5所示,本实施例的网络系统40包括一第一级网络系统400、一第二级网络系统500以及—管理中心600,其中,该管理中心600以及各级网络系统(400、 500) 中的各台网络主机(4(H至幼4以及501至505)皆建立上述的借调程序参考表30,且该第一级网络系统幼0透过该管理中心600亦可向第二级网络系统500提出网络主机借调请求,并如上述的步骤S11至SH的方式向该第二级网络系统500中的任一台网络主机(501至505)提出借调; 但反之若第二级网络系统500有需要时,也可向第一级网络系统400以上述歩骤S11至步骤S14的方式借调其网络主机(但须为第一级网络系统400的工作负载不大的期间)。 Only one or more network system 20 can be achieved as an example the use of performance enhancing network host seconded way: In addition, another level may also be added to the network system, shown in Figure 5, network system 40 of the present embodiment comprises a first level network system 400, a network system 500 and the second stage - the management center 600, wherein each network host 600 and the management center at all levels of the network system (400, 500) in (4 (H 4 and immature to 501 to 505) are to establish the above-described procedure seconded reference table 30, and the first network system immature stage 0 seconded request the management center 600 through 500 may also be made to a second stage network host network system, as described above, and steps S11 to SH to this manner proposed seconded second stage 500 of a network host network system (501-505); the second stage, but on the contrary if the necessary network system 500, 400 may be the above-described network system to the first stage ho embodiment step S11 to step S14 members of its network host (but not workload shall be a first stage during the network system 400).

总之,本发明提供了一种最佳化信息处理互助式计算机网络系统, 它是建构于一种新提出的含地理坐标信息的网络系统上;且其特点在于可用以让位于网络系统间的一网络主机发生网络塞车状况时,以&丁增进网络使用效能的主机借调流程来互相支持;也可让一网络主机于工作负载过大时,以可增进网络使用效能的方式借调另一台网络主机, 并让借调的网络主机来分担此负载过大的网络主机的输入事件处理工作,借此而提高其整体处理速度而缓解网络塞车状况。 In summary, the present invention provides an optimal mutual information processing computer network system, which is built upon the geographical coordinates of a network system including the proposed new information; and in that the available network system positioned to allow a network host the event of network congestion status, in order to enhance the network using a host & D performance secondment processes to support each other; also allows a host to the network when the workload is too large to be ways to enhance network performance seconded use another network host, and let the secondment of web hosts to share this overload of input event processing network host, and thereby improve the overall processing speed and ease network congestion status. 除此之外,本发明另一特点在于是也可用让多级网络系统之间互相支持各网络主机:即让第一级网络系统于工作负载过大时,以一可增进网络使用效能的方式从另一级网络系统中借调一台网络主机,并让借调的网络主机来分担此负载过大的第一级网络系统的输入事件。 In addition, another feature of the present invention may also be used so allow mutual support between the multi-stage network each network host system: i.e., a first stage allows the system to a network workload is too large to be a way of enhancing network performance using a secondment from another network host-level network system, and let the secondment of web hosts to share the big event of the first stage of the network system of this input overload.

以上所述仅为本发明的较佳实施例而已,并非用以限定本发明的实质技术内容的范围,例如,图3所示的借调程序参考表30,该各网络主机专属的地理位置(即经纬度)除分别与各网络主机的网域名称及IP地址同时对应外,亦可仅与各网络主机的网域名称或IP地址其中之一者对应(未图标),亦即端视实施形态而定。 The above are only preferred embodiments of the present invention, it is not intended to limit the essence of the technical scope of the present invention, e.g., as shown in FIG. 3 seconded program reference table 30, the location of each network host-specific (i.e. latitude and longitude) in addition to correspond to the same time domain name and IP address of each network host, may corresponds only to each network host domain name or IP address of one of those (not shown), i.e. depends on the embodiment and set. 本发明的实质技术内容广义地定义在权利要求范围中。 Essence of the technical contents of the present invention is broadly defined in the claims scope. 任何他人所完成的技术方案,若是与权利要求所定义者完全相同、或是为一种等效的变更,均将被视为涵盖于此专利保护范围之中。 Any aspect accomplished by others, if defined by the claims are identical, or an equivalent of changes are deemed to be encompassed within the scope of protection thereto.

Claims (10)

  1. 1.一种最佳化信息处理互助式计算机网络系统,其特征在于至少包括:一网络系统,其中包括多个处理节点,其中每一个处理节点均彼此相互连结;且其中的各个处理节点均设有一包括各处理节点所属的IP地址以及与该些IP地址分别对应而包括有根据该处理节点所处位置来建立专属的地理坐标参数以及根据该处理节点曾被借调过所记录的数个借调时间值的借调程序参考表;其中若该网络系统中的任一处理节点发生网络塞车状况时,则执行一可增进网络使用效能的程序,该程序至少包括: (1)执行一学习程序,其中至少包括: (1-1)根据该处理节点的借调程序参考表的地理坐标参数来计算出与处于满载状况的处理节点邻近的处理节点; (1-2)判断该邻近的处理节点是否可供借调之用,若可供借调之用则进至步骤(1-4),否则进至步骤(1-3); (1-3)当该邻近的处理 An optimal mutual information processing system, computer network, characterized by comprising at least: a network system including a plurality of processing nodes, wherein each of the processing nodes are connected to each other; and wherein each of the processing nodes are located a process including the IP address of each node belongs and with those of the corresponding IP address to create a unique and comprises the geographical coordinates and parameters based on the processing node seconded been recorded over time based on the number of seconded location processing node seconded program value reference table; wherein if any of the processing nodes in the network system generating network congestion conditions, then performing a may enhance the program network usage efficiency, the program comprising at least: (1) performing a learning program, wherein the at least comprising: (1-1) calculates a processing node processing node adjacent to the loaded condition in accordance with the geographical coordinates of the program reference parameter table seconded the processing node; (1-2) determining whether the adjacent nodes for processing seconded purposes, if only for seconded proceeds to a step (1-4), otherwise proceeds to step (1-3); (1-3) when the neighboring process 点无法提供借调之用则由该处于满载状况的处理节点根据该处理节点的借调程序参考表的地理坐标参数来计算出另一个与该处于满载状况的处理节点邻近的处理节点,并返回该步骤(1-2); (1-4)当该邻近的处理节点可提供借调之用则传送一可供借调的回复至该处于满载状况的处理节点,且令该处于满载状况的处理节点的借调程序参考表中相对于该邻近的处理节点所代表之一笔资料记录中记录借调当时时间;以及(2)完成该学习程序之后,尔后若任一处理节点再发生网络塞车状况时,则根据该处理节点的借调程序参考表以立即取出邻近以及可供借调用的处理节点。 Processing node points do not only provide seconded by the full condition is calculated and another processing node adjacent to the node at full processing condition parameter in accordance with the geographical coordinates of the program reference table seconded the processing node, and returns to the step (1-2); processing node (1-4) when the processing node may be provided adjacent seconded is transmitted only for a seconded in response to the loaded condition, and so on loan processing node in the loaded condition program reference table with respect to the sum of the data represented by the record processing node adjacent to the recording time was seconded; when and after (2) to complete the learning program, and later if a processing node of the network any longer congestion situation occurs, according to the seconded program processing node reference table and to remove the neighboring nodes for handling by the call immediately.
  2. 2.如权利要求l所述的最佳化信息处理互助式计算机网路系统,其特征在于,各个处理节点所属的地理坐标参数为各个处理节点所在的地理位置的经纬度。 2 l of the optimization process mutual information of computer network system as claimed in claim, characterized in that the geographical coordinates of each processing node belongs location where each processing node latitude and longitude.
  3. 3. 如权利要求l所述的最佳化信息处理互助式计算机网路系统,其特征在于,于该步骤(2)中,该可供借调用的处理节点的取得依据是根据该处于满载状况的处理节点的借调请求的提出时间与该处于满载状况的处理节点的借调程序参考表中记录该邻近的处理节点所对应的借调时间的两者间差值为最小者。 3. The optimization process of the mutual information l computer network system as claimed in claim, wherein, in the step (2), the basis for obtaining by processing node in the call is based on the full load condition seconded processing node requests made seconded program reference time and the processing node table is full the recording condition therebetween adjacent the corresponding processing node seconded time difference is the smallest.
  4. 4. 如权利要求l所述的最佳化信息处理互助式计算机网路系统,其特征在于,该各处理节点的借调程序参考表进一步储存有与各处理节点专属的地理坐标参数对应的网域名称。 4. The optimization of the information processing l mutual computer network system as claimed in claim, wherein the reference table seconded program each processing node further stores the unique geographical coordinates of the processing nodes corresponding to the parameter domain name.
  5. 5. 如权利要求l所述的最佳化信息处理互助式计算机网路系统,其特征在于,该各处理节点的借调程序参考表中的IP地址是以该网络系统中的各处理节点所对应的网域名称来取代。 5 l of the optimization process mutual information computer network system as claimed in claim, characterized in that, IP addresses seconded the program reference table in each processing node is the processing nodes in the network system corresponding to the domain name instead.
  6. 6. —种最佳化信息处理互助式计算机网络系统,其特征在于至少包括:(a) —第一级网络系统,其中包括多个处理节点,该第一级网络系统的各处理节点均彼此相互连结;且该第一级网络系统的各个处理节点均设有一包括该第一级网络系统的各处理节点所属的IP地址以及与该些IP地址分别对应而包括有根据该第一级网络系统的各处理节点所处位置来建立专属的地理坐标参数以及根据该处理节点曾被借调过所记录的数个借调时间值的借调程序参考表;(b) —第二级网络系统,其中包括多个处理节点,该第二级网络系统的各处理节点均彼此相互连结;且该第二级网络系统的各处理节点均设有一包括该第二级网络系统的各处理节点所属的IP地址以及与该第二级网络系统的各处理节点所属的IP地址分别对应而包括有根据该第二级网络系统的各处理节点所处位置来 6 - the best kind of information processing system of mutual computer network, characterized by comprising at least: (a) - a first level network system including a plurality of processing nodes each processing node, the first stage of the network system to each other are interconnected; and each processing node of the first stage has a network system includes an IP address of the first stage of the processing nodes belongs and the network system and the plurality of IP addresses each corresponding to the first stage comprises a network system based on the seconded each program reference table to create a unique geographical coordinates of the location parameter processing according to the processing nodes and the node number has been seconded seconded through the recorded time values; (b) - the second stage network system, which comprises a plurality processing nodes, each processing node of the second stage are connected to the network system to each other; and each processing node of the second stage has a network system includes an IP address of the second stage of the processing nodes of the network system and belongs to the each processing node of the second stage system IP network address belongs respectively corresponding to include the location of the processing nodes according to the network system of the second stage 建立专属的地理坐标参数以及根据该第二级网络系统的各处理节点曾被借调过所记录的数个借调时间值的该第二级网络系统的借调程序参考表;以及(c) 一管理中心,其分别与第一及第二级网络系统中的各处理节点相互连结;且该管理中心设有一包括该第一及第二级网络系统的各处理节点所属的IP地址以及与该第一及第二级网络系统的各处理节点所属的IP地址分别对应而包括有根据该第一及第二级网络系统的各处理节点所处位置来建立专属的地理坐标参数以及根据该第一及第二级网络系统的各处理节点曾被借调过所记录的数个借调时间值的该管理中心的借调程序参考表;其中若该第一级网络系统发生网络塞车状况时,则执行一可增进网络使用效能的程序,该程序至少包括:(1) 执行一学习程序,其中至少包括:(ll)根据该管理中心的借调程序参考表的地 Create a unique parameters and the geographical coordinates of the processing nodes according to the network system of the second stage had been seconded seconded several time values ​​of the recorded second stage of the network system reference table seconded procedure; and (c) a management center , which are connected to each other with a first and second stage of the processing nodes in the network system; and the management center is provided with an IP address comprises a first and second processing nodes of the secondary network and system belongs to the first and IP address of the second stage of the processing nodes respectively belongs network system comprises a correspondence be established based on the location of the first and second processing nodes of the secondary network system parameters and the unique geographical coordinates based on the first and second each processing node level network system through the management center has been seconded several seconded time value of the recorded program seconded reference table; wherein the first stage if the network congestion status occurs network system, the network performs a promotion may be used effectiveness program, the program comprising at least: (1) performing a learning program, comprising at least: (LL) according to the procedure seconded management center to the reference table 理坐标参数来计算出与处于满载状况的第一级网络系统邻近的第二级网络系统中的一处理节点;(l-2)判断该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点是否可供借调之用,若可供借调之用则进至步骤(1-4),否则进至步骤(l-3);(1-3)当该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点无法提供借调之用则由该管理中心根据该管理中心的借调程序参考表的地理坐标参数来计算出该第二级网络系统中另一个与该第一级网路系统邻近的处理节点,并返回该步骤(1-2);(l-4)当该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点可提供借调之用则传送一可供借调之回复至该管理中心,且令该管理中心的借调程序参考表中相对于该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节 Geographical coordinates parameter calculating a processing node in a network system with a first stage of the fully loaded condition adjacent the second stage of the network system; (l-2) determining that the network system in the first stage is adjacent a second loaded condition level network processing nodes in the system is seconded for use, if only for seconded proceeds to a step (1-4), otherwise proceeds to step (l-3); (1-3) is full and when the a first processing node of the stage network system status adjacent second stage network system can not provide seconded by the use of the management center calculates the second stage of the network system based on the geographical coordinates of the center of the seconded management program reference table another processing node adjacent to the first stage of the network system, and returns to the step (1-2); (l-4) with the first stage when the system is fully loaded condition of the network adjacent the network system of the second stage the processing nodes may be provided by the transfer of a seconded seconded for the return to the management center, and enabling the management center seconded program relative to the reference table adjacent to the first-stage network system in a second loaded condition section level network processing system 所代表之一笔资料记录中记录借调当时时间,以让该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点来分担该处于满载状况的第一级网络系统所接收到的输入事件的处理工作;以及(2) 完成该学习程序之后,尔后若该第一级网络系统再发生网络塞车状况时,则根据该管理中心的借调程序参考表,由该管理中心立即自第二级网络系统中取出与该第一级网络系统邻近以及可供借调用的处理节点。 Piece of data represented by the record in the record time was seconded to allow processing node network system is the first stage in a near full condition of the second stage of the network system to share the first-class network system that is in the fully loaded condition processing the received input event; and (2) after completion of the learning program, and later stage if the first network system network congestion condition occurs again, the reference table in accordance with the procedure seconded management center, management center immediately by that adjacent to the first stage extraction system, and network node for processing by the call from the second stage network system.
  7. 7.如权利要求6所述的最佳化信息处理互助式计算机网路系统,其特征在于,各个处理节点所属的地理坐标参数为各个处理节点所在的地理位置的经纬度。 7. As best information processing according to claim 6 mutual computer network system, wherein the geographical coordinates of each processing node belongs location where each processing node latitude and longitude.
  8. 8. 如权利要求6所述的最佳化信息处理互助式计算机网路系统,其特征在于,于该步骤(2)中,该可供借调用的处理节点的取得依据系根据该处于满载状况的处理节点的借调请求的提出时间与该管理中心的借调程序参考表中记录该与处于满载状况的第一级网络系统邻近的第二级网络系统中的处理节点所对应的借调时间的两者间差值为最小者。 8. As best information processing according to claim 6 mutual network computer system, wherein, in the step (2), for the processing node acquired by call basis based on the system is fully loaded condition both processing nodes of the network system of the first stage is loaded condition adjacent second stage network system corresponding to the time of the proposed time seconded seconded processing node request seconded program recording and the reference table in the management center the difference is between the smallest.
  9. 9. 如权利要求6所述的最佳化信息处理互助式计算机网路系统,其特征在于,该第一级网络系统、该第二级网络系统及该管理中心的借调程序参考表分別储存有与该第一级网络系统、该第二级网络系统及该管理中心各自所包括的各处理节点专属的地理坐标参数对应的网域名称。 9. As best information processing according to claim 6 mutual computer network system, wherein the network system of the first stage, the second stage of the network and system management center reference table seconded procedures are stored each processing node and a domain name of the network system of the first stage, the second stage of the network and system management center included in each unique geographical coordinates of the corresponding parameter.
  10. 10. 如权利要求6所述的最佳化信息处理互助式计算机网路系统,其特征在于,该第一级网络系统、该第二级网络系统及该管理中心的借调程序参考表中的IP地址另以该第一级网络系统及第二级网络系统各自所包括的处理节点所对应的网域名称来取代。 10. As best information processing according to claim 6 mutual computer network system, wherein the program reference table seconded network system of the first stage, the second stage of the network and system management center in IP another address to the domain name of the first processing node and the second-stage network system the network system comprising the respective substituents corresponding to the.
CN 02140395 2002-07-02 2002-07-02 Mutual aid computer network system for optimized information process CN100424673C (en)

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CN1202971A (en) 1996-01-26 1998-12-23 国际商业机器公司 Load balancing across the processes of a server computer
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CN1202971A (en) 1996-01-26 1998-12-23 国际商业机器公司 Load balancing across the processes of a server computer
CN1179047A (en) 1996-10-01 1998-04-15 国际商业机器公司 Load balancing in distributed enterprise computer environment
CN1270317A (en) 1999-04-09 2000-10-18 仇书鸾 High-capacity open network for locating mobile targets
CN1329312A (en) 2000-06-08 2002-01-02 国际商业机器公司 Interactive data handling system control display interface for tracking distributed message in dynamic work load equalization communication system

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