Monitoring center cooperative work subsystem based on Geographic Information System (GIS) and working method thereof

Abstract

The invention discloses a monitoring center cooperative work subsystem based on Geographic Information System (GIS) and a working method thereof. The subsystem includes: a supervising data wireless acquisition device, an application layer, a service layer and a storage layer. The method includes: the application layer comparing case information received with data in the storage layer, assessing whether the case information has already been recorded, if yes, merging the case information received and the case information which has been recorded; and based on position coordinates of the case information and information of the case type, uniformly allocating the case processing tasks. The subsystem adopts a design directed to a service-oriented architecture, and divides the system into independent working modules, namely, a case module, an attachment module, a flow module and a map module, and adds an analysis allocation module and an analysis merging module. The analysis allocation module, in according with people's location on the map, selects nearby personnel to handle the local case, which reduces the time for allocation in the commanding office and shortens the time of responding to the case.

Description

technical field [0001] The invention relates to the technical field of information communication, in particular to a monitoring center cooperative work subsystem and a working method thereof. Background technique [0002] The collaborative work subsystem is to link the links of case filing, task dispatching, disposal, disposal feedback, verification, and case closure, so as to realize the collaborative work among the supervision center, command center, professional departments and leaders at all levels. The systems on the market use manual judgment for the judgment of repeated cases, the deployment of case tasks, and the process of handling cases. For example, according to manual observation of the place of occurrence of the case and the description of the case to judge whether the case is repeated, so as to carry out case merger operations; When deploying cases, manual judgments are made to select personnel for deployment, which costs manpower and time, delays the processin...

AI Technical Summary

Problems solved by technology

The systems on the market use manual judgment for the judgment of repeated cases, the deployment of case tasks, and the process of handling cases. For example, according to manual observation of the place of occurrence of the case and the description of the case to judge whether the case is repeated, so as to carry out case merger operations; When deploying cases, manual judgments are made to select personnel for deployment, which costs manpower and time, delays the processing time of cases, and prevents the registered urban management issues from being resolved in a timely manner.

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