An urban emergency commanding operation system and the corresponding implementation method

Abstract

The invention discloses a city emergency command system and an implementation method thereof, comprising a data layer for storing the basic data of the emergency command, a data persistent switching layer for data switching service and data persistent service, a data access layer for accessing the data layer via the data persistent switching layer, a basic component layer for providing componentswith basic access function, a service component layer for providing service logic function and application interfaces, and an application layer connecting with a server via the corresponding communication agreement. Due to adopting the general purpose computer technology and the prior network communication technology, the inventive system and the implementation method build a command automated system into an advanced intelligent information data processing and automated command center which can quickly build and deploy a processing application system and set a emergency command system, widelyrealizing the multiplexing and flexibility of the system extension.

Description

technical field [0001] The invention relates to a software system and method, in particular to an urban emergency command operation system and method. Background technique [0002] In the existing technology, under the background of complex international situation and many domestic practical problems, governments at all levels from the central government to local governments are fully aware of the importance of effectively responding to public emergencies in government work. In 2006, the State Council promulgated the The "National Overall Emergency Plan for Public Emergencies", provinces and autonomous regions have also promulgated local "Overall Emergency Plans for Public Emergencies", and in 2007 the "Emergency Response Law of the People's Republic of China" was promulgated. [0003] When public emergencies occur in the society, the government needs to take effective measures to respond quickly, so as to minimize the impact of public emergencies on the social economy. the...

AI Technical Summary

Problems solved by technology

[0005] 1. The problem of system decentralization: the various functional subsystems of the emergency information system are built by different departments at different times, and system integration cannot be carried out;

[0006] 2. The problem of "information isolated islands": that is, information is scattered in different departments, units and institutions; there is no unified standard and format for emergency information, and information sharing cannot be achieved;

[0007] 3. The system is not perfect: many emergency information systems were hastily launched in the context of specific public emergencies, and were not further improved afterwards, and some even remained unmaintained for a long time;

[0008] 4. The problem of lack of emergency information: since the emergency work has just started, there is no unified understanding of the definition, source, processing, storage and application of emergency information, and there is no accumulation in normal times and no information in wartime;

[0009] 5. Separation of peacetime and wartime: Most of the current information systems in our country serve daily management work. Most of the information systems built for emergency response emphasize wartime functions such as emergency command and dispatch, auxiliary decision support, etc., resulting in the separation of peacetime and wartime;

[0010] 6. System security issues: The system’s network structure, database, information flow, application system, and use management lack perfect security mechanisms and technical means;

[0011] 7. Standardization issues: There are no unified standards and specifications for the system structure, database structure, interface, functional requirements, information platform, security, etc. of the emergency information system

[0012] The existence of the above-mentioned existing technical characteristics and defects will lead to a serious lag in emergency command operations and the possibility of mistakes. Therefore, the existing technologies still need to be improved and developed

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