Method for improving imaging network management efficiency

Abstract

The invention discloses a method for improving the imaging network management efficiency. The method comprises the steps that an MIB list is defined, and an empty list item is established; parameters are issued through the established empty list item, wherein the parameters comprise the name of a function to be executed and parameter information corresponding to the function; the empty list item is activated, a device to be managed executes the corresponding function according to the function name and the function parameters issued by a network management server; after the function is executed, values of function executing state nodes are set to be a completion state, and if the function is executed unsuccessfully, an error message is reported to the network management server, and the process is finished; or otherwise, the returned value message of the function is recorded, a success message is reported to the network management server, and the network management server receives the message reported by the device to be managed, reads related returned parameters of the function according to needs and carries out subsequent various logical processes according to the related returned parameters. By means of the method, the communication traffic of the network management server can be effectively reduced, and the server performance is improved.

Description

technical field [0001] The invention relates to network equipment management technology, in particular to a method for improving the efficiency of graphical network management. Background technique [0002] In recent years, my country's broadband access technology has developed rapidly. Communities, buildings, and families are all connected to broadband optical cables. More and more users can access the Internet through broadband optical cables. [0003] While the rapid development of broadband technology provides huge business opportunities for network operators, the continuous expansion of network scale and the increasing number of network equipment also brings great difficulties and challenges to network operators in the operation and management of networks and network equipment. All kinds of network communication devices generally provide two management methods: command line network management and graphical network management. The command line network management is base...

AI Technical Summary

Problems solved by technology

[0006] This approach has two major disadvantages: first, due to the need to read a large amount of basic information, the communication traffic on the server side is relatively large, and the judgment processing logic is also placed on the server side, which will inevitably increase the processing pressure on the server side and cause server performance to decline; Second, when the logic processing method of this operation changes on the client side due to design changes or other reasons, the server side must also modify the processing code of this logic synchronously, so that the processing on the server side is more subject to the constraints of the client side, resulting in Tight coupling

This is a defect problem that cannot be completely avoided under the conventional practice of the current C / S architecture network management system

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