Configuration method, system and equipment for implementing domain-striding maintenance management

Abstract

The embodiment of the invention discloses a configuring method for realizing cross-domain maintenance management, which is applied to an end-to-end network, at least comprises two maintenance management domains, and concretely comprises the steps as follows: a maintenance point to be configured receives a message carrying with OAM attribute configuration indicating information, wherein, the message includes terminal node information of a plurality of maintenance management domains; and the maintenance point to be configured configures the OAM attribute of the maintenance point according to the terminal node information. The embodiment of the invention further discloses a cross-domain maintenance management system and a device. By adopting the technical, the relevant information configuration among administrative domains can be realized automatically; and a network manager does not need to send network management commands to each maintenance point to be configured and configure the OAM attribute of each maintenance point respectively, and only needs to transmits the message carrying with the OAM attribute information among the maintenance points to be configured so as to automatically figurate the OAM attribute to multizone maintenance points, so that the configuration efficiency is increased, and the task quantity of the network manager for configuring the OAM attribute is relieved.

Description

technical field [0001] The invention relates to the technical field of data communication, in particular to a configuration method, system and equipment for realizing cross-domain maintenance and management. Background technique [0002] An important feature of a traditional transmission network, taking the synchronous digital transmission system (SDH) for example, is that it can provide controllable and efficient maintenance and management functions (OAM, Operation Administration and Maintenance). Among them, tandem connection monitoring (TCM, Tandem Connection Monitoring) is to divide an end-to-end path into multiple consecutive tandem paths, and each section is managed by the operator itself. In this way, the fault monitoring along the road can be distributed to each serial path, so that the fault can be located more quickly, and the responsibility for the fault can be clarified among the operators. [0003] The packet transport network, represented by transport MPLS (Ta...

AI Technical Summary

Problems solved by technology

[0032] The existing technology only introduces the configuration method of intra-domain maintenance and management. By default, all the intermediate ports are configured as MIP or A-MEP, which is not flexible enough.

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