Cloud computing-oriented comprehensive emergency management platform architecture

Abstract

The invention relates to a cloud computing-oriented comprehensive emergency management platform architecture. The platform architecture adopts a three-layer structure comprising a system service layer at the uppermost layer, a platform service layer at the middle layer and a data layer at the lowermost layer, wherein the system service layer comprises independent subsystems and provides system-level service support for PC (personal computer) terminal, WEB terminal and mobile terminal applications; the platform service layer adopts microkernel group technology and is divided into a plurality of microkernel groups each of which comprises a group of microkernels; one microkernel group provides a group of functions; the data service layer uniformly provides service for all the microkernels; and the data provided by the data service layer are stored in a physical storage device of a cloud platform by adopting the storage virtualization technology, and the data service layer provides an data service engine including data operation, data processing and the like for each database. The platform architecture effectively solves the problem of multi-user demand of the platform and can be widely applied to the design of the comprehensive emergency management platform architecture.

Description

Technical field [0001] The invention relates to a cloud computing-oriented comprehensive emergency management platform architecture. Background technique [0002] Public safety and emergency management is an important part of social management, and it is one of the two main responsibilities of modern government (public safety and public service). It is also related to the safety of life and property of the majority of enterprises and institutions and the people. According to authoritative data analysis, my country's annual losses due to public security incidents account for about 6% of GDP, which is more than 650 billion yuan. [0003] There are currently two main types of emergency management platforms in my country: [0004] One is the research and development of universities and research institutes, which are based on the task of researching and analyzing models and producing high-level scientific research results. This part is mostly a single model, C / S structure. This part of ...

AI Technical Summary

Problems solved by technology

The characteristic of this part of the system is that it has a certain degree of system integration, has certain practical application value and technical ability, but lacks specialization, does not adopt a cloud computing-oriented architecture, and cannot satisfy multi-user large-scale applications.

[0006] These existing platform architectures, whether academic or system-integrated, have simple architectures, lack of effective organization and system planning, and have not combined professionalism, low cost, and wide-ranging applications. In the process of architecture design, Does not take into account cloud computing technology

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