CN102523107B - The method of equalization network management system server and the client computing device and pressure - Google Patents

The method of equalization network management system server and the client computing device and pressure Download PDF

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CN102523107B
CN102523107B CN201110396095.XA CN201110396095A CN102523107B CN 102523107 B CN102523107 B CN 102523107B CN 201110396095 A CN201110396095 A CN 201110396095A CN 102523107 B CN102523107 B CN 102523107B
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client
server
command
network management
network
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CN102523107A (en
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何军强
刘浩淼
沈林强
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浙江鸿泉车联网有限公司
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Abstract

本发明公开了一种均衡网管系统服务端和客户端运算压力的方法和装置,上述方法包括以下步骤:客户端向服务端发送网管命令之前,判断上述服务端是否处于忙时间段,若是,则向上述服务端发送欲主动处理网管命令的请求;上述服务端收到上述请求后,判断本地运算资源是否瓶颈,若是,则向上述客户端返回可主动处理网管命令的通知;上述客户端收到上述通知后,通过在本地预设的均衡运算模块对上述网管命令进行处理。 The present invention discloses a method and apparatus for equalizing the NMS server and client computing pressure, said method comprising the steps of: before the client sends a command to the network management server, determining whether the server is in busy time period, if yes, sending to the network management server to be actively processing request command; after receiving the end of said service requests, determines whether the local bottleneck computing resources, and if yes, the client returns to the network may be actively processing command notification; receive said client after the notification, the processing of the above-described network management command through a preset equalization local computing module. 本发明将服务端用于处理网管命令的均衡运算模块,同时设置在客户端,从而网管系统可以充分利用客户端的运算资源,减轻服务端的运算压力。 The present invention for processing network server equalization operation command module, while in the client, so that the system can take advantage of the network management client computing resources, reduce the operational pressure of the server.

Description

均衡网管系统服务端和客户端运算压力的方法及装置 The method of equalization network management system server and the client computing device and pressure

技术领域 FIELD

[0001]本发明涉及通讯领域的网管系统,尤其涉及一种均衡网管系统服务端和客户端运算压力的方法及装置。 [0001] The present invention relates to the field of communications network management system, particularly to a balanced network management system server and the client computing device and a method of pressure.

背景技术 Background technique

[0002] 网管系统是通讯系统中必不可少的一部分,主要用于管理通讯系统中的各种设备,对各种设备(网元)进行数据配置、软件升级、性能管理、安全监控、故障维护等。 [0002] communications network management system is an essential part of the system, mainly used for various communication equipment management system, a variety of equipment (NE) for data configuration, software upgrades, performance management, security monitoring, fault maintenance Wait.

[0003] 网管系统主要分为服务端和客户端两部分,客户端一般需要由服务端进行管理和维护。 [0003] network management system consists of server and client in two parts, clients typically need to be managed and maintained by the server. 近年来,网管系统客户端呈现出越来越瘦的趋势。 In recent years, the network management system thin client showing a growing trend. 另一方面,随着通讯市场及通讯技术的发展,网管系统需要管理的网元数目逐渐增多,从而网管系统服务端所要承担的运算压力正变得越来越大。 On the other hand, with the development of communication technology and communications market, the number of network elements network management system to be managed gradually increased, so that the network management system server to be borne by the operational pressure is becoming bigger and bigger. 针对网管系统服务端运算压力变大的问题,现有技术一般通过购买服务器,或通过对服务器进行升级来应对,但这并不能解决服务器瞬时运算压力变大的情况。 Network management system for server operation pressure becomes large, the prior art generally by upgrading the server to respond, but this does not solve the server computing instantaneous pressure increases by purchasing a server, or. 例如,多个客户端同时向服务器发送网管命令时,如果其中部分命令需要占用服务器较多的运算资源,那么服务器就会出现瞬时压力增大、处理命令延迟的问题,从而客户端的等待时间将变长,客户端的操作因此也将变得不够顺畅。 For example, multiple clients simultaneously transmit command to the server network, wherein if the command part of the server needs to occupy more computing resources, then the server appears instantaneous pressure increases, the command delay deal to client latency will become long, the client's operation and therefore will become smooth enough.

发明内容 SUMMARY

[0004] 本发明的目的在于,提供一种均衡网管系统服务端和客户端运算压力的方法及装置,以缓解现有技术中网管系统服务器容易出现瞬时运算压力变大的问题,提高网管系统的资源利用率。 [0004] The object of the present invention is to provide an equalization method and a network management system server and the client computing device pressure, to alleviate the prior art network management system server computing prone instantaneous pressure becomes large, to improve the network management system resource utilization.

[0005] 本发明采用以下技术方案解决上述技术问题: [0005] The present invention employs the following technical solution to the above technical problem:

[0006] 一种均衡网管系统服务端和客户端运算压力的方法,上述方法包括以下步骤: [0007] 客户端向服务端发送网管命令之前,判断上述服务端是否处于忙时间段,若是,则向上述服务端发送欲主动处理网管命令的请求; Method [0006] An equalization network management system server and client computing pressure, said method comprising the steps of: prior to [0007] NMS client sends commands to the server, determining whether the server is in busy time period, if yes, For active transmission process request command to the network server;

[0008] 上述服务端收到上述请求后,判断本地运算资源是否瓶颈,若是,则向上述客户端返回可主动处理网管命令的通知; After [0008] The server receiving the request, determines whether the local bottleneck computing resources, and if yes, returns to the client notifies the NMS can handle the active command;

[0009] 上述客户端收到上述通知后,通过在本地预设的均衡运算模块对上述网管命令进行处理。 After [0009] The client receives the notification, the processing of the above-described network management command through a preset equalization local computing module.

[0010] 上述服务端采用以下方法判断本地运算资源是否瓶颈: [0010] The following method server determines whether the local computing resource bottleneck:

[0011] 分别获取上述服务端及上述客户端当前的CPU利用率和内存利用率,并将上述服务端当前的CPU利用率、内存利用率分别与上述客户端当前的CPU利用率、内存利用率进行比较; [0011] respectively acquire said service and said client side current CPU utilization and memory utilization, and the above-described server the current CPU utilization, memory utilization, respectively the current and said client CPU utilization, memory utilization Compare;

[0012] 若上述服务端当前的CPU利用率、内存利用率分别大于上述客户端当前的CPU利用率、内存利用率,则本地运算资源瓶颈。 [0012] When the above-described server the current CPU utilization, memory utilization are greater than said client current CPU utilization, memory utilization, the local computation resource bottlenecks.

[0013] 上述客户端向上述服务端发送欲主动处理网管命令的请求之前,还包括以下步骤: Before [0013] The client sends commands to be actively processing a request to the network management server, further comprising the step of:

[0014] 判断在本地预设的均衡运算模块是否可以处理上述网管命令,若是,则继续判断本地的通讯带宽是否低于预设的带宽判决门限: [0014] In determining whether a local preset equalizer calculation module can handle network management command above, and if so, then determine if the local communication bandwidth is below a preset bandwidth decision threshold:

[0015] 若是,则跳过向上述服务端发送欲主动处理网管命令的请求步骤,直接将上述网管命令发送到上述服务端。 [0015] If yes, the process skips transmission network to be proactive command requesting step to said server directly transmits the command to said network server.

[0016] 若上述客户端的通讯带宽高于预设的带宽判决门限,则上述客户端判断本地运算资源是否瓶颈,若是,则跳过向上述服务端发送欲主动处理网管命令的请求步骤,直接将上述网管命令发送到上述服务端。 [0016] If the client-side communication bandwidth is above a predetermined decision threshold bandwidth, said client determines whether the local bottleneck computing resources, and if yes, skipping transmission process to be proactive network management commands to the server requesting step, directly the above command is sent to said network server.

[0017] 上述客户端采用以下方法判断本地运算资源是否瓶颈: [0017] The client local computation is determined by the following method whether the resource bottleneck:

[0018] 将上述客户端当前的CPU利用率、内存利用率分别与预设的CPU判决门限、内存判决门限进行比较; [0018] The above-described client current CPU utilization, memory utilization of the CPU respectively predetermined decision threshold, comparing the decision threshold memory;

[0019] 若上述客户端当前的CPU利用率、内存利用率分别大于预设的CPU判决门限、内存判决门限,则本地运算资源瓶颈。 [0019] When the client side current CPU utilization, memory utilization of the CPU are greater than a predetermined decision threshold, the decision threshold memory, then the local computing resource bottlenecks.

[0020] 上述方法预先包括以下步骤:将上述服务端上用于处理网管命令的均衡运算模块同时预设在上述客户端上。 [0020] The predetermined method comprising the steps of: for said equalization calculation module handles the service end command while a predetermined network on the client.

[0021] 上述客户端通过在本地预设的均衡运算模块对上述网管命令进行处理之后,判断是否需要将上述网管命令发给上述服务端作进一步处理,若是,则将上述网管命令发送到上述服务端。 [0021] By following the above-described client locally preset equalization network computing module processes the commands above, whether it is necessary to give such a server network for further processing said command, and if yes, the above command is transmitted to said service network end.

[0022] 本发明还采用以下技术方案: [0022] The present invention also adopts the following technical scheme:

[0023] 一种均衡网管系统服务端和客户端运算压力的装置,包括服务端和客户端; [0023] An equalization network management system server and the client computing device pressure, comprising a server and a client;

[0024] 上述客户端,用于向上述服务端发送网管命令之前,判断上述服务端是否处于忙时间段,若是,则向上述服务端发送欲主动处理网管命令的请求,以及在收到可主动处理网管命令的通知后,通过在本地预设的均衡运算模块对上述网管命令进行处理; [0024] The client, before sending a network management command to the server, determining whether the server is in busy time period, if yes, sending a command to be actively processed request to the network server, and receipt may be actively after processing the command notifies the NMS, the NMS for processing for the command on the local preset equalization calculation module;

[0025] 上述服务端,用于在收到客户端欲主动处理网管命令的请求后,判断本地运算资源是否瓶颈,若是,则向上述客户端返回可主动处理网管命令的通知。 [0025] The server, after receiving the client process to be proactive network management request command, determines whether the local bottleneck computing resources, and if yes, the client returns to the network may be actively processing command notification.

[0026] 上述服务端包括服务端资源判断模块和服务端均衡运算模块: [0026] The server comprises a server resource determination module and server module equalization operation:

[0027] 上述服务端资源判断模块,用于根据上述服务端及上述客户端当前的CRJ利用率和内存利用率,判断上述服务端的运算资源是否瓶颈; [0027] The resource server module determines, according to said service and said client side CRJ current utilization and memory utilization, said service determines whether the end of the bottleneck computing resources;

[0028] 上述服务端均衡运算模块,用于对网管命令进行处理。 [0028] The server equalization operation module for the network management commands are processed.

[0029] 上述客户端包括客户端资源判断模块、客户端带宽判断模块和客户端均衡运算模块: [0029] The client includes a client resource determination module, the client and the client module determines the bandwidth of equalization arithmetic module:

[0030] 上述客户端资源判断模块,用于根据上述客户端当前的CPU利用率、内存利用率及预设的CPU判决门限、内存判决门限,判断上述客户端的运算资源是否瓶颈,若是,则将上述网管命令发送到上述服务端; [0030] The client resource determination module, according to the client end of the current CPU utilization, memory utilization and CPU predetermined decision threshold, the decision threshold memory, determines whether or not the client computing bottleneck of resources, and if yes, the above command is sent to said network server;

[0031] 上述客户端带宽判断模块,用于判断上述客户端的通讯带宽是否低于预设的带宽判决门限,若是,则将上述网管命令发送到上述服务端; [0031] The bandwidth of the client determining module, for determining whether said client is below a predetermined bandwidth communications bandwidth decision threshold, if yes, the above command is sent to said network server;

[0032] 上述客户端均衡运算模块,用于对网管命令进行处理。 [0032] equalizing said client computing module for the network management commands are processed.

[0033] 与现有技术相比,本发明具有如下有益技术效果:1)本发明将服务端具有的用于处理网管命令的均衡运算模块,同时设置在客户端,从而网管系统可以充分利用客户端的运算资源;2)本发明提出以CPU和内存利用率、通讯带宽为判决条件,当客户端满足判决条件时,即可以对网管命令进行主动处理。 [0033] Compared with the prior art, the present invention has the following beneficial technical effects: 1) The server of the present invention for processing network having a command module equalization operation, while in the client, so that the customer can take advantage of NMS end of computing resources; 2) of the present invention provides a CPU and memory utilization, communication bandwidth determining condition, when the client decision condition is satisfied, i.e., the network management process may be active command.

附图说明 BRIEF DESCRIPTION

[0034]此处所说明的附图用来提供对本发明的进一步理解,构成本发明的一部分,本发明的示意性实施例及其说明用于解释本发明,并不构成对本发明的不当限定。 [0034] The drawings described herein are provided for further understanding of the present invention, constituting part of the invention, exemplary embodiments of the present invention are used to explain the present invention without unduly limiting the present invention. 在附图中: [0035]图1是本发明优选实施例中均衡网管系统服务端和客户端运算压力的方法流程图; In the drawings: [0035] FIG. 1 is a flowchart of a method of equalizing the NMS server and client computing pressure preferred embodiment of the present invention;

[0036]图2是本发明优选实施例中均衡网管系统服务端和客户端运算压力的装置模块框图。 [0036] FIG. 2 is a block diagram of the equalization module NMS server and the client computing device is preferably pressure embodiment of the present invention.

具体实施方式 Detailed ways

[0037]为了使本发明所要解决的技术问题、技术方案及有益效果更加清楚、明白,以下结合附图和实施例,对本发明进行进一步详细说明。 [0037] In order to make the technical problem to be solved by the present invention, technical solutions and beneficial effects more clearly understand, in conjunction with the accompanying drawings and the following embodiments, the present invention will be further described in detail. 应当理解,此处所描述的具体实施例仅用以解释本发明,并不用于限定本发明。 It should be understood that the specific embodiments described herein are merely used to explain the present invention and are not intended to limit the present invention.

[0038]图1是本发明优选实施例中均衡网管系统服务端和客户端运算压力的方法流程图。 [0038] FIG. 1 is a diagram of the equalization network management system server and client of the present invention, the operational pressure is preferably flowchart of a method embodiment. 如图1所示,本发明优选实施例的方法包括以下步骤: As shown in FIG. 1, the preferred embodiment method of the present invention comprises the steps of:

[0039]步骤S101:将服务端上用于处理网管命令的均衡运算模块同时预设在客户端上; [0040] 步骤S102:客户端向服务端发送网管命令之前,判断上述服务端是否处于忙时间段; [0039] Step S101: the service end equalization operation module for processing commands simultaneously preset network client; [0040] the step S102: The client sends to the network before the service command, determining whether the server is in busy period;

[0041] 上述服务端的忙时间段可以根据网管系统的定时任务自动计算得出,也可以根据需要人工设定。 [0041] The above-described server busy period can be automatically calculated based on the timing of the task management system, may be manually set according to need.

[0042] 步骤S103:若上述服务器处于忙时间段,则上述客户端继续判断本地的均衡运算模块是否可以处理上述网管命令; [0042] Step S103: the server is busy if the above time period, said client determines whether to continue the local computing module may process the above-described equalization network management command;

[0043] 步骤S104:若否,则进入步骤S109,否则继续判断本地的通讯带宽是否低于预设的带宽判决门限; [0043] Step S104: if not, proceed to step S109, otherwise continue to determine whether the local communication bandwidth is below a preset bandwidth decision threshold;

[0044] 步骤S105:若是,则进入步骤S109,否则上述客户端判断本地运算资源是否瓶颈; [0045]上述客户端采用以下方法判断本地运算资源是否瓶颈: [0044] Step S105: if yes, the process proceeds to step S109, otherwise, determining whether said client local computation resource bottlenecks; [0045] The client determines whether the following method local computation resource bottlenecks:

[0046] 将上述客户端当前的CPU利用率、内存利用率分别与预设的CPU判决门限、内存判决门限进行比较; [0046] The above-described client current CPU utilization, memory utilization of the CPU respectively predetermined decision threshold, comparing the decision threshold memory;

[0047] 若上述客户端当前的利用率、内存利用率分别大于预设的CHJ判决门限、内存判决门限,则本地运算资源瓶颈。 [0047] If the current utilization of said client, each memory utilization is greater than a predetermined decision threshold CHJ, memory decision threshold, then the local computing resource bottlenecks.

[0048]例如假设预设的CPU判决门限、内存判决门限均为50%,而此时客户端的CPU利用率达到了㈤% (大于CPU判决门限),内存利用率达到了55% (大于内存判决门限),则可以判断客户端的运算资源达到瓶颈。 [0048] For example, assume a predetermined decision threshold of CPU, memory, the decision threshold is 50%, but this time the client CPU utilization rate v% (greater than the decision threshold CPU), the memory utilization rate of 55% (greater than judgment memory threshold), it is possible to determine the client's computing resources to achieve the bottleneck. 当客户端的运算资源达到瓶颈时,客户端不主动处理网管命令,而是进入步骤S109,直接将网管命令发给服务端处理。 When a client's computing resources reached a bottleneck, the client does not take the initiative to deal with network management command, but proceeds to step S109, network management commands sent directly to the server process.

[0049] 步骤S106:若是,则进入步骤S109,否则上述客户端向上述服务端发送欲主动处理网管命令的请求; [0049] Step S106: if yes, the process proceeds to step S109, otherwise, the client sends commands to be actively processing a request to the network server;

[0050]当服务端处于忙时间段,客户端的通讯带宽高于预设门限,并且客户端的运算资源没有出现瓶颈时,则客户端可以向上述服务端发送欲主动处理网管命令的请求。 [0050] When the server is busy period, the client communication bandwidth is above a preset threshold, and the client does not bottleneck computing resources, the client may send a network management command to be actively processing request to the server.

[0051] 步骤S107:上述服务端收到上述请求后,判断本地运算资源是否瓶颈,若是,则向上述客户端返回可主动处理网管命令的通知; [0051] Step S107: After receiving the end of said service requests, determines whether the local bottleneck computing resources, and if yes, returns to the client notifies the NMS can handle the active command;

[0052] 上述服务端收到客户端发来的欲主动处理网管命令的请求之后,可以先判断本地运算资源是否瓶颈,服务端判断本地资源是否瓶颈的方法为: After [0052] The server receives the client's request to be sent by the active command processing network you can first determine if the local computing resource bottleneck, the server determines whether the method is a local resource bottlenecks:

[0053] 分别获取上述服务端及上述客户端当前的CPU利用率和内存利用率,并将上述服务端当前的CPU利用率、内存利用率分别与上述客户端当前的CPU利用率、内存利用率进行比较; [0053] respectively acquire said service and said client side current CPU utilization and memory utilization, and the above-described server the current CPU utilization, memory utilization, respectively the current and said client CPU utilization, memory utilization Compare;

[0054] 若上述服务端当前的CPU利用率、内存利用率分别大于上述客户端当前的CPU利用率、内存利用率,则服务端本地运算资源瓶颈。 [0054] When the above-described server the current CPU utilization, memory utilization are greater than said client current CPU utilization, memory utilization, the local computation server resource bottlenecks.

[0055] 如果服务端的运算资源出现瓶颈,则服务端向客户端返回可主动处理网管命令的通知。 [0055] If the server computing resource bottleneck, the server returned to inform customers proactively handle network management command ends. 如果服务端的运算资源没有出现瓶颈,服务端也可以拒绝客户端欲主动处理网管命令的请求。 If the service does not end computing resource bottleneck, the server can refuse a client to be proactive network management command processing request.

[0056] 步骤S108:上述客户端收到上述通知后,通过本地的均衡运算模块对上述网管命令进行处理,处理完后判断是否需要将上述网管命令发给上述服务端,若是,则进入步骤S109,否则执行结束; [0056] Step S108: after receiving the notification said client, a local equalization operation by the above-described network management command processing module, the processing after the network determines whether the above-mentioned command to the above-described server, and if yes, proceeds to step S109 otherwise, execution ends;

[0057] 步骤S109:上述客户端将上述网管命令发送给上述服务端。 [0057] Step S109: transmitting the said client to said network server command.

[0058] 服务端收到客户端发来的网管命令后,通过现有技术进行处理。 After the [0058] server receives client to network management commands, for processing by the prior art. 例如,通过服务端上的应用模块或均衡运算模块进行处理,并将处理结果返回给客户端。 For example, the processing performed by the application module or modules equalization operation on the service end, and the results returned to the client.

[0059] 根据图1所示的优选实施例,结合上述各个步骤的说明,可以理解,本优选实施例的方法,在客户端每发送一个网管命令之前,就首先判决服务端是否处于忙时间段,并判决自身是否有能力及资源处理网管命令。 [0059] According to a preferred embodiment shown in Figure 1, in conjunction with the above description of the various steps, can be appreciated, the method of the present preferred embodiment, each of the client before transmitting a network command, the first judgment whether the server is busy period and the decision whether it has the ability and resources to handle network management command. 若服务端处于忙时间段,并且客户端自身有能力及资源处理网管命令,则客户端向服务端发出欲主动处理网管命令的请求。 If the server is busy periods, and the client itself has the ability and resources to handle network management commands, the client makes a request to be proactive network management processing commands to the server. 服务端可以依据自身资源是否达到资源,对上述请求进行回应。 Depending on whether the server can reach their own resources resources, to respond to the request. 也就是说,本优选实施例的方法中,客户端和服务端彼此之间通过协商和资源判断,可以选择最合适的一方对网管命令进行处理,从而可以达到均衡网管系统服务端和客户端运算压力的目的。 That is, the method of the present preferred embodiment, between the client and server is determined through negotiation and resource, one can choose the most appropriate network command to be processed, so as to achieve a balanced NMS server and client computing the purpose pressure.

[0060] 本领域技术人员应当理解,除上述的优选实施例外,本发明的方法还有其他实施方式:例如,服务端和客户端可以进行协商,规定处理周期,在一个处理周期内所有网管命令均由服务端处理,下一个处理周期内所有网管命令均由客户端处理。 [0060] Those skilled in the art will appreciate, in addition to the above-described preferred embodiment exceptions, the method of the present invention still other embodiments: For example, the service and the client may negotiate, predetermined processing cycle, all commands within a network processing cycle by the server processing, network management commands all within the next processing cycle by the client process.

[0061] 图2是本发明优选实施例中均衡网管系统服务端和客户端运算压力的装置模块框图。 [0061] FIG. 2 is a block diagram of the equalization module NMS server and the client computing device is preferably pressure embodiment of the present invention. 如图2所示,本发明优选实施例的装置包括客户端1和服务端2; Apparatus of the embodiment is shown in Figure 2 of the present invention preferably includes a client 1 and the server 2;

[0062] 上述客户端1,用于向上述服务端2发送网管命令之前,判断上述服务端2是否处于忙时间段,若是,则向上述服务端2发送欲主动处理网管命令的请求,以及在收到可主动处理网管命令的通知后,通过在本地预设的均衡运算模块对上述网管命令进行处理; [0062] The client 1 to request before the network 2 transmits the command to the server, the server 2 determines whether the above time period is busy, and if yes, to the end of the service to be actively processed second transmission network commands, and in after receiving the notification may be actively processing network commands, processed by the above command in the local network preset equalization calculation module;

[0063] 上述服务端2,用于在收到客户端1欲主动处理网管命令的请求后,判断本地运算资源是否瓶颈,若是,则向上述客户端1返回可主动处理网管命令的通知。 [0063] The server 2, the client after receiving a network command processing requests to be active, it is determined whether the local bottleneck computing resources, and if yes, the client returns to the network management command may be actively processing a notification.

[0064] 上述服务端2包括服务端资源判断模块21和服务端均衡运算模块22: [0064] The server 2 comprises a server resource determination module 21 and server module 22 equalization operation:

[0065] 上述服务端资源判断模块21,用于根据上述服务端2及上述客户端1当前的CPU利用率和内存利用率,判断上述服务端2的运算资源是否瓶颈; [0065] The server resource determination module 21, according to said service and said client terminal 2 a current CPU utilization and memory utilization, said service determines whether the operational bottleneck resource 2;

[0066] 上述服务端均衡运算模块22,用于对网管命令进行处理。 [0066] The server computing equalization module 22, a network management command to be processed.

[0067] 上述客户端1包括客户端资源判断模块11、客户端带宽判断模块12和客户端均衡运算模块13: [0067] The client 1 includes a client resource determination module 11, module 12 determines the bandwidth of the client and the client equalization operation module 13:

[0068] 上述客户端资源判断模块11,用于根据上述客户端1当前的CPU利用率、内存利用率及预设的CPU判决门限、内存判决门限,判断上述客户端1的运算资源是否瓶颈,若是,则将上述网管命令发送到上述服务端2; [0068] The client resource determination module 11, according to said client a current CPU utilization, memory utilization and CPU predetermined decision threshold, the decision threshold memory, said client determining whether a computing resource bottleneck, and if yes, the above command is sent to said network server 2;

[0069] 上述客户端带宽判断模块12,用于判断上述客户端的通讯带宽是否低于预设的带宽判决门限,若是,则将上述网管命令发送到上述服务端2; [0069] The client-bandwidth determining module 12, for determining whether said client is below a predetermined bandwidth communications bandwidth decision threshold, if yes, the above command is sent to said network server 2;

[0070] 上述客户端均衡运算模块13,用于对网管命令进行处理。 [0070] equalizing said client computing module 13, a network management command to be processed.

[0071] 上述说明示出并描述了本发明的优选实施例,但如前所述,应当理解本发明并非局限于本文所披露的形式,不应看作是对其他实施例的排除,而可用于各种其他组合、修改和环境,并能够在本文所述发明构想范围内,通过上述教导或相关领域的技术或知识进行改动。 [0071] The above description of the embodiments illustrated and described preferred embodiments of the present invention, as previously discussed, it should be understood that the invention is not limited to the form disclosed herein should not be considered as excluding other embodiments, the available in various other combinations, modifications, and environments, and can be within the scope of the invention contemplated herein, or make changes to the above teachings in skill or knowledge of the relevant art. 而本领域人员所进行的改动和变化不脱离本发明的精神和范围,则都应在本发明所附权利要求的保护范围内。 The modifications and variations carried out by the skilled person without departing from the spirit and scope of the invention shall fall within the scope of the appended claims of the invention.

Claims (10)

1.一种均衡网管系统服务端和客户端运算压力的方法,其特征在于,所述方法包括以下步骤: 客户端向服务端发送网管命令之前,判断所述服务端是否处于忙时间段,若是,当客户端的通讯带宽高于预设门限,并且客户端的运算资源没有出现瓶颈时,则向所述服务端发送欲主动处理网管命令的请求; 所述服务端收到所述请求后,判断本地运算资源是否瓶颈,若是,则向所述客户端返回可主动处理网管命令的通知; 所述客户端收到所述通知后,通过在本地预设的均衡运算模块对所述网管命令进行处理。 1. An equalization method for a network management system server and client computing pressure, characterized in that the method comprises the steps of: prior to the NMS client sends commands to the server, the server determines whether the time period is busy, if when the client communication bandwidth is above a preset threshold, and the client does not bottleneck computing resources, the transmission process to be proactive command request to the network server; after the server receives the request, determines the local whether the computing resource bottleneck, if yes, return to the client process may be active command notifies the NMS; after the client receives the notification, the processing of the local network management command through a preset equalization calculation module.
2. 根据权利要求1所述的方法,其特征在于,所述服务端采用以下方法判断本地运算资源是否瓶颈: 分别获取所述服务端及所述客户端当前的CPU利用率和内存利用率,并将所述服务端当前的CPU利用率、内存利用率分别与所述客户端当前的CPU利用率、内存利用率进行比较; 若所述服务端当前的CPU利用率、内存利用率分别大于所述客户端当前的CPU利用率、 内存利用率,则本地运算资源瓶颈。 2. The method according to claim 1, wherein the server using the following procedure determines whether the local computation resource bottlenecks: respectively acquire the server and the client the current CPU utilization and memory utilization, the server and the current CPU utilization, memory utilization of the client, respectively the current CPU utilization, memory utilization compared; and if the service end of the current CPU utilization, memory utilization, respectively, greater than said client current CPU utilization, memory utilization, the local computation resource bottlenecks.
3. 根据权利要求2所述的方法,其特征在于,所述客户端向所述服务端发送欲主动处理网管命令的请求之前,还包括以下步骤: 判断在本地预设的均衡运算模块是否可以处理所述网管命令,若是,则继续判断本地的通讯带宽是否低于预设的带宽判决门限: 若是,则跳过向所述服务端发送欲主动处理网管命令的请求步骤,直接将所述网管命令发送到所述服务端。 3. The method according to claim 2, characterized in that, the client sends a request to the server to be active prior to the command processing network, further comprising the steps of: determining a local predetermined equalization operation module whether processing the network management command, and if yes, then determine if the local communications bandwidth is a bandwidth lower than a preset threshold decision: if yes, skip sending process to be proactive network management commands to the server requesting step, directly to the network management command is sent to the server.
4. 根据权利要求3所述的方法,其特征在于:若所述客户端的通讯带宽高于预设的带宽判决门限,则所述客户端判断本地运算资源是否瓶颈,若是,贝! 4. The method according to claim 3, wherein: if the client communication bandwidth is above a predetermined decision threshold bandwidth, then the client determines whether the local bottleneck computing resources, if, Pui! J跳过向所述服务端发送欲主动处理网管命令的请求步骤,直接将所述网管命令发送到所述服务端。 J skip sending process to be proactive network management commands to the server requesting step, directly send the command to the network management server.
5. 根据权利要求4所述的方法,其特征在于,所述客户端采用以下方法判断本地运算资源是否瓶颈: 将所述客户端当前的CRJ利用率、内存利用率分别与预设的CPU判决门限、内存判决门限进行比较; 若所述客户端当前的CPU利用率、内存利用率分别大于预设的au判决门限、内存判决门限,则本地运算资源瓶颈。 The method as claimed in claim 4, wherein the client is determined by the following method whether local computation resource bottlenecks: the client CRJ current utilization, memory utilization, respectively, with a preset judgment CPU threshold, comparing the decision threshold memory; client if the current CPU utilization, memory utilization au are greater than a predetermined decision threshold, the decision threshold memory, then the local computing resource bottlenecks.
6. 根据权利要求1所述的方法,其特征在于,所述方法预先包括以下步骤:将所述服务端上用于处理网管命令的均衡运算模块同时预设在所述客户端上。 6. The method according to claim 1, wherein said predetermined method comprises the steps of: said network service end command processing means for calculating equalization preset simultaneously on the client. _ _
7. 根据权利要求6所述的方法,其特征在于:所述客户端通过在本地预设的均衡运算模块对所述网管命令进行处理之后,判断是否需要将所述网管命令发给所述服务端作进一步处理,若是,则将所述网管命令发送到所述服务端。 7. The method according to claim 6, wherein: after the client by locally preset equalization calculating module for the network management commands are processed, the network determines whether the command to the service end for further processing, if yes, the network management command to the server.
8. —种均衡网管系统服务端和客户端运算压力的装置,包括服务端和客户端,其特征所述客户端,用于向所述服务端发送网管命令之前,判断所述服务端是否处于忙时间段,若是,当客户端的通讯带宽高于预设门限,并且客户端的运算资源没有出现瓶颈时,则向所述服务《发送欲主动处理网管命令的请求,以及在收到可主动处理网管命令的通知后,通过在本地预设的均衡运算模块对所述网管命令进行处理; 所述服务端,用于在收到客户端欲主动处理网管命令的请求后,判断本地运算资源是否瓶颈,若是,则向所述客户端返回可主动处理网管命令的通知。 8. - Species equalization NMS server and the client computing device pressure, comprising a server and a client, wherein the client, before sending a network management command to the server, the server determines whether at busy period, if, when the client communication bandwidth is above a preset threshold, and the client does not bottleneck computing resources, then to the service "request to be active command processing network, and can be received in the active processing network after notification command is performed by locally preset equalization operation of the network management command processing module; the server, after receiving the client process to be proactive network management request command, it is determined whether the local bottleneck computing resources, if yes, the client returns to the network management command notification may actively processing ends.
9. 根据权利要求8所述的装置,其特征在于,所述服务端包括服务端资源判断模块和服务端均衡运算模块: 所述服务端资源判断模块,用于根据所述服务端及所述客户端当前的CPU利用率和内存利用率,判断所述服务端的运算资源是否瓶颈; 所述服务端均衡运算模块,用于对网管命令进行处理。 9. The apparatus according to claim 8, wherein said server comprises a server resource determination module and server module equalization operation: the server resource determination module, according to the service for the terminal and client current CPU utilization and memory utilization, to determine whether the server bottleneck computing resources; equalizing the server computing module for the network management commands are processed.
10. 根据权利要求8所述的装置,其特征在于,所述客户端包括客户端资源判断模块、客户端带宽判断模块和客户端均衡运算模块: 所述客户端资源判断模块,用于根据所述客户端当前的CPU利用率、内存利用率及预设的CPU判决门限、内存判决门限,判断所述客户端的运算资源是否瓶颈,若是,则将所述网管命令发送到所述服务端; ,,t 所述客户端带宽判断模块,用于判断所述客户端的通讯带宽是否低于预设的带宽判决门限,若是,则将所述网管命令发送到所述服务端;一所述客户端均衡运算模块,用于对网管命令进行处理。 10. The apparatus according to claim 8, wherein the client comprises a client resource determination module determines the bandwidth of the client module and a client module equalization operation: the client resource determination module, according to the said client current CPU utilization, memory utilization and CPU predetermined decision threshold, the decision threshold memory, to determine whether the client computing bottleneck of resources, and if so, then the command to the network server;, , t bandwidth of the client determining module, for determining whether the client communications bandwidth lower than a preset bandwidth decision threshold, if yes, the network management command to the server; a client of the balancing arithmetic means for processing the command to the NMS.
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