Method for realizing one-key shutdown recovery of IPTV (Internet Protocol Television) multiple types of video services

Abstract

According to the method for realizing one-key shutdown and recovery of the IPTV multi-type video services, through built-in core operation and built-in core information, an operator only needs to perform one-key operation according to a fault scene, shutdown / recovery operation of a specified channel can be realized, the requirement of second-level shutdown is met, human factors are reduced, the operation accuracy is improved, and the misoperation risk is reduced.

Description

technical field [0001] The present invention relates to the shutdown / recovery technology of various types of IPTV video services, especially a method for realizing one-key shutdown / recovery of various types of IPTV video services. The one-button operation of the scene can help realize the shutdown / recovery operation of the designated channel, meet the requirements of second-level shutdown, and reduce human factors, improve operation accuracy, and reduce the risk of misoperation. Background technique [0002] IPTV high-definition TV service, as a key service for operators for home users, has always occupied an important position in many product types. However, as network environment security issues become increasingly severe, provincial operators lack timely and effective means of dealing with sudden video security failures (such as illegal propaganda, content tampering, etc.). At present, for unexpected video failures (including various business scenarios such as watching l...

AI Technical Summary

Problems solved by technology

The current shutdown / recovery methods for various types of IPTV video services mainly have the following problems: (1) There are many links of human intervention, and the automation capability is too low

From the discovery of video security faults, the disposer needs to manually search for key channel information (such as channel ip, channel ownership device ip, channel configuration information), etc., manually log in to the core device, modify the disposal script, execute the script, and manually check the execution results, etc.,80 More than 100% of the links require manual execution of core operations, resulting in high error rates and low security

(2) A lot of core equipment is involved, the error rate of manual operation is high, and the risk factor is large

The shutdown operation for the entire province will affect the experience of all online users in the province. Calculated based on an online rate of 30%, the number of affected users in provinces with a medium user volume is also in the millions, and the risk level is extremely high

It can be seen that the existing technical implementation method largely relies on human operation, and it is a high-risk operation. The operation time is long, and it cannot meet the operation requirements for "second-level" shutdown of video security faults.

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