Broadcast logic optimization processing system

Abstract

The invention provides a broadcast logic optimization processing system, which relates to the technical field of broadcast emergency processing, and comprises a state detection module used for detecting a real-time state of each signal source, a first storage module used for storing forbidden data of each signal source, a second storage module used for storing a plurality of preset trigger logic blocks which respectively comprise a plurality of trigger conditions and associated condition handling signals, a sequence updating module used for updating the basic priority sequence according to thereal-time state, the forbidden data and the trigger logic blocks to obtain a real-time priority sequence, and a logic optimization module which is used for outputting an emergency disposal signal when a signal state at the broadcast frequency meets a preset emergency disposal condition, and outputting a condition disposal signal when the signal state meets each triggering condition of the triggering logic block. The broadcast logic optimization processing system has the beneficial effects that the emergency signal source is preferably selected in the emergency disposal process, and the judgment and disposal time of technicians is effectively shortened.

Description

technical field [0001] The invention relates to the technical field of emergency handling of broadcasting, and in particular to a broadcasting logical optimal handling system. Background technique [0002] In the traditional broadcast emergency handling logic, the main signal source and all backup signal sources are generally sorted and listed in a priority manner, and audio signal monitoring is performed on each signal source. , select according to the priority of the signal source. With a single process and static logic, when the next priority signal source needs to be used in complex situations, the system cannot automatically select it, and can only complete the disposal through human intervention. It not only increases the difficulty of human judgment by the on-duty personnel, but also makes the system operation and maintenance personnel unable to take into account different situations when configuring the priority arrangement of signal sources, which increases the dif...

AI Technical Summary

Problems solved by technology

With a single process and static logic, when the next priority signal source needs to be used in complex situations, the system cannot automatically select it, and can only be disposed of through human intervention

It not only increases the difficulty of human judgment by the on-duty personnel, but also makes it impossible for the system operation and maintenance personnel to take into account different situations when configuring the priority arrangement of signal sources, which increases the difficulty of system configuration

In the case of hardware failure of some equipment, emergency response cannot be carried out through the emergency signal source, which increases the difficulty for technicians to judge the system failure

[0003] At the same time, the broadcast frequency has different styles and differences in emergency response, and the traditional broadcast emergency response logic cannot achieve personalized emergency response under the same technical system, and generally requires personalized emergency response Different broadcasting frequencies often have to be built using different technical systems or equipment, resulting in the complexity of the broadcasting system and the difficulty of judging emergency response by personnel

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