CN102624583A - Hierarchical design method for obtaining concurrent real-time parameters of mass equipment - Google Patents

Abstract

The invention relates to a network monitoring technology in the communication field, in particular to a hierarchical design method for obtaining concurrent real-time parameters of mass equipment. The method is characterized by including: (1), a plurality of users concurrently submit parameter inquiry requirements of the mass equipment at different client-sides; (2), a network management monitoring logic system responses to the requirements of the client-sides, and establishes or updates follow relationship between the users and the monitoring equipment; (3), a network management monitoring system can be used for comparatively analyzing and summarizing collection of the equipment objects of the requirements submitted by a plurality of users and rejecting repeated equipment objects in the mass equipment so as to minimize the required equipment collection and update operating marks of corresponding equipment; and (4), a subsystem of the network management monitoring equipment is used for monitoring a specific parameter result state of the equipment collection all the time. According to the hierarchical design method for obtaining concurrent real-time parameters of the mass equipment, resource expenses caused by a large amount of equipment inquiries can be reduced, simultaneously a support is provided for rapid response to results of user operation, and the management performance of the network management monitoring system to an access network monitoring device can be improved.

Description

The hierarchical design method that the concurrent real-time parameter of a kind of magnanimity equipment obtains

Technical field

The present invention relates to the network management monitoring technology in the communications field, specifically is the hierarchical design method that the concurrent real-time parameter of a kind of magnanimity equipment obtains.

Background technology

Along with developing rapidly of mobile communication, more and more important effect is being brought into play in the network management and monitoring system management.Operator is also more and more urgent to the demand of support equipment operate as normal and centralized equipment management; This with regard to the real-time requirement pendulum that watch-dog is operated at first; This has also proposed new requirement to the device parameter retrieval capability of network management and monitoring system, and an urgent demand promotes respond and user's operating experience of supervisory control system.

When the user submits the device parameter query task in present network management system; Network management and monitoring system is a management object with user's operational instances directly; Come the apparatus for establishing parameter management through the mode of task, but such easy equipment own resources sharing of ignoring disposes passive apparatus for establishing parameter query task around the user like this; Can cause network management and monitoring system to carry out device directive querying flow frequent or even that repeat; This has taken the resource of the unnecessary consumption of network management and monitoring system to a great extent, owing to increased searching and managing pressure, also can influence the speed that the supervisory control system user operates response.Under the background of the concurrent inquiry of magnanimity equipment, this mode will make supervisory control system load double, because lack of uniform storage and update mechanism, make easily that supervisory control system is passive to do many repetition things, thereby will lower efficiency and performance.

Summary of the invention

The objective of the invention is to overcome the shortcoming of prior art; A kind of magnanimity equipment hierarchical design method that concurrent real-time parameter obtains is provided; Weaken the resource overhead that the large number quipments inquiry brings; On the result of user's operation responds fast, provide support simultaneously, promote the performance of network management and monitoring system networking watch-dog managerial ability.

The present invention is a kind of method of following the layering of equipment management object instance based on the network management and monitoring system and the realization client requests instance objects thereof of distributed network equipment management.Specifically, this method is a kind of in high capacity communication equipment management system operation maintenance process, system user is carried out a large amount of dissimilar network element devices frequently issue the way that discharges and decompose that query requests is brought immense pressure.

For solving above technical problem, technical scheme of the present invention is: the hierarchical design method that the concurrent real-time parameter of a kind of magnanimity equipment obtains is characterized in that this method comprises:

1) a plurality of users are in the concurrent submission magnanimity of different clients device parameter query requests;

2) request of network management monitoring logic system customer in response end, and set up or upgrade the user with the relation of the concern between the watch-dog;

3) device object that repeats in the magnanimity equipment is rejected in network management and monitoring system comparative analysis and the set of summing up the device object of submitting in a plurality of user's requests, the requesting service set is minimized, and upgrade the operation mark of corresponding device;

4) the network management monitoring equipment subsystem is supervised the concrete parameter result phase of cluster tool always, and is expired if retrieval has had the user to pay close attention to cluster tool in the internal memory data result and data do not have, and then do not issue the querying command of physical device; If the result does not exist or data are out of date then real time down monitoring parameter querying command;

5) the parameter query result of network management and monitoring system received communication server feedback, and the update time of in internal memory, storing or upgrading concrete equipment and concrete parameter;

6) network management and monitoring system is according to the device parameter Query Result, and the concern of retrieval user and equipment concerns that the feedback query result gives the client user who is concerned about object in real time;

7) client has received the Query Result of the watch-dog of network management and monitoring system feedback, and the user just can learn all monitoring parameter states of task device thus.

When the client operation personnel set up the query facility task, through step 1,2, the network management monitoring logic system was set up and has perhaps been upgraded the client layer data; Through step 3, the equipment subsystem data of its foundation or the layer of updating the equipment; Step 4,5 update mechanisms of having set up the monitoring of tools parameter of mechanical floor; Step 6,7 are again according to the tie that concerns of different layers, carry out result's the process of feedback of distributing.

The contrast prior art; Beneficial features of the present invention is: the hierarchical design method that the concurrent real-time parameter of this magnanimity equipment obtains; Through following user's operation requests layer the separation decoupling zero of actual monitored mechanical floor to weaken the resource overhead that the large number quipments inquiry brings; On the result of user's operation responds fast, provide support simultaneously, promote the performance of network management and monitoring system networking watch-dog managerial ability.

Description of drawings

Fig. 1 is the realization flow figure of subscriber equipment inquiry under the hierarchical design of the present invention.

Embodiment

Combine accompanying drawing that the present invention is done further explain through embodiment below.

The data interaction that the present invention relates to comprises NM client, network management monitoring logic system, assembly adaptation procedure, the communication server, actual monitored device object etc.Its hierarchical design mainly embodies in the network management monitoring logic system; Hierarchical design is exactly will be user inquiring request and the management of watch-dog object hierarchy; Let the user follow the soft contact of setting up the relation of concern between the watch-dog; And the action unification of set of actual monitored device instance and device parameter inquiry is managed as equipment subsystem; This hierarchical design has been carried out decoupling zero to user's request msg with actual monitored equipment query result, for the release and the reflection that the user operates of magnanimity equipment query pressure provides solution immediately.

Fig. 1 has explained concrete handling process of the present invention, and operating personnel land client, sets up the task of the monitoring parameter query manipulation of large number quipments; But the network management monitoring logic system is not directly carried out the request of client and is gone one by one the transmitting apparatus parameter query to give device end; But whether the device object of ex ante analysis user request exist in internal memory, if existed then continue to have judged whether the monitoring parameter result; And judge whether expired, just can the actual querying command that issues if expired.Like this, suppose user A, submit equipment D1 to; D2, D3 ... D10, and user B submits equipment D3 to ... D10; The operation of user B can't cause the cluster tool of equipment subsystem to become big so, because the device object of the operation requests of user B is in the equipment of user A, if the result of user A just returns; The query requests of user B can not cause logic system to distribute command request again yet; But directly get the result in the internal memory, this has just reduced the unnecessary order process that issues and await a response, and then improve response speed and user experience.The communication pool because request of data is flowed through; Send through network; Return through device processes again, go back to the communication server through network again and distribute than slow a lot of in the internal memory, so under the background of magnanimity equipment query; This problem will more obviously be given prominence to, and obtains from internal memory in addition and also can give other subsystem components Reduction of Students' Study Load.

Through top processing; Ask instance to follow layering between the actual monitored equipment the user; Can solve the wasting of resources problem that the device request between the multi-user repeats to bring, solve the stress problems that the user frequently sets up a large amount of batch facility inquiries, solve monitoring parameter response promptness problem.Hierarchical design has mainly been considered the sharing and the uniqueness of device resource.Direct relation through layering is stayed close the monitoring parameter query script of the equipment that connects to client user's operation is broken, and seeks the lifting of network management and monitoring system equipment interaction flow overall efficiency.

Single direct ordinal relation that user task returns with the equipment result that the present invention is unconventional; It carries out layering to the actual monitored parameter update process of client user's request and task device and handles; Real-time update user is with the concern relation of physical device; And more new relation is delivered to mechanical floor; The renewal of user inquiring task requests and monitoring of tools parameter is a kind of soft contact of subscription, and the Query Result of device parameter upgrades and issues then by the unified management of mechanical floor subsystem, has taken into full account the sharing of device resource; Avoid frequently issuing of repeated plant that multi-user operation causes and iterated command parameter, promote the speed and the efficient of network management and monitoring system equipment control.

Submit extraction reduction repetitive requests in the concurrent request of magnanimity equipment to the user, and evade the mode that the direct slave unit of user inquiring required parameter obtains.But trade space for time, obtain or actual request issues from internal memory in conjunction with the control of overtime flexible configuration, thereby reduce and alleviate the pressure of the concurrent request of magnanimity equipment.

Doing layering to the monitoring parameter results management of task operating request of client user's equipment query and equipment and handle, is not directly to set up task configuration, the sequential process that carries out the task device inquiry one by one according to the user.It is to take out overall mechanical floor subsystem according to user's creation task; The query script unification is got up as the mechanical floor management subsystem; Having broken conventional is the mission mode at center with user's request, but is the center with the physical equipment resource, designs the device parameter data as the subscribing mode that the user shares; Make the user observer with the decoupling zero of device parameter subject, " draw " mode of data to be transformed into the mode of " pushing away " data of device parameter theme one-to-many by traditional client.

Above content is to combine concrete execution mode to the further explain that the present invention did, and can not assert that practical implementation of the present invention is confined to these explanations.For the those of ordinary skill of technical field under the present invention, under the prerequisite that does not break away from the present invention's design, can also make some simple deduction or replace, all should be regarded as belonging to protection scope of the present invention.

Claims (1)

1. hierarchical design method that the concurrent real-time parameter of magnanimity equipment obtains is characterized in that this method comprises:

1) a plurality of users are in the concurrent submission magnanimity of different clients device parameter query requests;

2) request of network management monitoring logic system customer in response end, and set up or upgrade the user with the relation of the concern between the watch-dog;

3) device object that repeats in the magnanimity equipment is rejected in network management and monitoring system comparative analysis and the set of summing up the device object of submitting in a plurality of user's requests, the requesting service set is minimized, and upgrade the operation mark of corresponding device;

4) the network management monitoring equipment subsystem is supervised the concrete parameter result phase of cluster tool always, and is expired if retrieval has had the user to pay close attention to cluster tool in the internal memory data result and data do not have, and then do not issue the querying command of physical device; If the result does not exist or data are out of date then real time down monitoring parameter querying command;

5) the parameter query result of network management and monitoring system received communication server feedback, and the update time of in internal memory, storing or upgrading concrete equipment and concrete parameter;

6) network management and monitoring system is according to the device parameter Query Result, and the concern of retrieval user and equipment concerns that the feedback query result gives the client user who is concerned about object in real time;

7) client has received the Query Result of the watch-dog of network management and monitoring system feedback, and the user just can learn all monitoring parameter states of task device thus.

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