Communication service automation auxiliary provisioning method based on SG-TMS platform

Abstract

The invention discloses a communication service automation auxiliary provisioning method based on an SG-TMS platform, comprising: step 1, splitting a mode work order and performing instruction translation; step 2, performing verification according to the interface provided by a transmission network management system, after verification, feeding back the verification result of the transmission network management system and an instruction motion to be executed to a user, the user executing an instruction after verification, or performing abnormity treatment; and step 3, building and activating subnet connection based on collected network element configuration data, network element alarm data and the motion instruction obtained after work order analysis. The communication service automation auxiliary provisioning method is based on an SG-TMS platform, realizes an energy communication service auxiliary provisioning system, and can perform splitting and instruction translation on a mode work order received by the system, refine the work order, and issue the instruction to a specific network element through the interface provided by the transmission network management system, thereby solving the problems of low manual operation efficiency and incapability of effectively guaranteeing safety and service, and improving service provisioning accuracy and timeliness.

Description

technical field [0001] The invention relates to a communication service automation auxiliary opening method, and the involved service is a service on a transmission device, which belongs to the technical field of communication. Background technique [0002] Power communication, as an industry-specific communication network, is gradually formed and developed along with the development needs of the power system. Power communication is different from the public communication network. Due to the uninterrupted power production and the sudden change of operating status, power communication must have a high degree of reliability and flexibility. At the same time, the amount of signals transmitted by power communication is small but complex. Therefore, the real-time requirements are very high. At present, there are many kinds of communication methods in the power communication network, as well as a wide variety of devices. They are connected together through different interfaces an...

AI Technical Summary

Problems solved by technology

[0006] (2) The opening of the communication service involves the participation of multiple parties such as equipment specialists and on-site operation and maintenance personnel. Due to the lack of standardized and unified on-site operation requirements, the opening of the communication service is still in the management mode of manual processing, which is highly random and easy to leave unsafe factors , causing potential safety hazards and even accidents

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