System for commanding and scheduling great event emergency based on GIS

Abstract

The invention relates to a guarantee operation of mobile communication electrical signals, in particular to an emergency commanding and dispatching system of critical events based on GIS (general information system). The technical proposal adopted by the system is that: the system comprises the connection between a basic data module and a pre-event module, between an amid-event module and a post-event module, between the pre-event module and the amid-event module, and between the amid-event module and the post-event module. The system is favorable to make quick response and capable of commanding emergency guarantee personnel to conduct emergency repair in time, ensures the recovery to normal communication of regional communication, and provides a stable and reliable communication network, when a critical event happens. The system has simple and visual structure and is convenient to manage.

Description

technical field [0001] The invention relates to the guarantee work of mobile communication electric signals, in particular, it belongs to a major event emergency command and dispatch system based on GIS. Background technique [0002] At present, when communication operators across the country face major events such as typhoons, floods, festivals, and major conferences, due to the lack of scientific command, the response speed is slow. It cannot be visualized by GIS. [0003] Recently, due to the continuous emergence of extreme weather, which has brought a major impact on people's production and life, the inventor sorted out and analyzed various major events, and concluded that the current communication system has long had the following problems when facing major events: [0004] 1) All kinds of major incidents occur frequently, and it has been unable to provide scientific command for a long time; [0005] 2) In the face of major events, there is always no way to take 100% ...

AI Technical Summary

Problems solved by technology

[0004] 1) All kinds of major incidents occur frequently, and it has been unable to provide scientific command for a long time;

[0005] 2) In the face of major events, there is always no way to take 100% care of group customers, and ultimately fail to achieve the goal of 100% key protection for group customers;

[0006] 3) In the face of major events, the support costs (labor costs, oil generator power generation costs) remain high and the controllability is low;

[0007] 4) The monitoring method for major events is primitive and backward, and it is impossible to visually present the guarantee status of major events, which ultimately makes the commanders have no basis for commanding;

[0008] 5) Base station fault location, base station maintenance knowledge accumulation, etc. adopt primitive and cumbersome operations, which cannot be realized through intelligent and simple methods;

[0009] 6) The content of emergency plans for various major events is fixed and cumbersome, and lacks flexibility

[0010] For the above problems, there is currently no good technical solution to solve them

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