A method and system for implementing emergency command cloud service based on microkernel cluster

Abstract

The invention provides an emergency command cloud service implementation method and system based on a microkernel cluster. Various kinds of services with specific business processing capacity is virtually encapsulated into the microkernel cluster, mutual synergy is performed according to the service plans generated according to upper module application, and the microcosmic services provided each member in the cluster are combined and encapsulated to convert into macroscopic service manners capable of realizing emergency treatment task planning. The system comprises a physical resource layer, an emergency resource cloud pool, a platform service layer, a module application layer and a user layer. By the emergency command system built by the service method, dynamic searching of valuable emergency service resources in various fields can be achieved, the system capabilities of massive dynamic information and knowledge reasoning, complex function and process recombination calculation, storage and service are improved, and diversified emergency tasks such as emergency cross-department and cross-field real-time information processing, large-range public opinion analysis, complex module deduction, dynamic disaster situation prediction and remote monitoring can be achieved.

Description

technical field [0001] The invention relates to the design of an emergency command system, the virtualization encapsulation of cloud services, and the task collaboration of microkernel clusters, and specifically relates to a method and system for implementing emergency command cloud services based on microkernel clusters. Background technique [0002] The existing emergency command system is mainly aimed at department-level applications, developed with centralized management and control as the demand, and mainly based on the service-oriented (SOA) B / S architecture, which has the characteristics of hierarchy and process, and has a certain degree of system integration. Possess certain practical application value and technical ability. [0003] From a system point of view, the information and processes in the existing system are in a localized, dispersed, and rigid state, and its performance is acceptable when dealing with low-level emergencies, but when encountering higher-lev...

AI Technical Summary

Problems solved by technology

[0003] From a system point of view, the information and processes in the existing system are in a localized, dispersed, and rigid state, and its performance is acceptable when dealing with low-level emergencies, but when encountering higher-level emergencies or low-level emergencies, In the case of escalating emergencies, the existing SOA-oriented hierarchical structure system does not have real-time coordination capabilities across domains, departments, and regions to deal with large-scale emergencies, and it is difficult to conduct in-depth analysis of various types of information under the overall situation. Hierarchical, large-scale comprehensive analysis, computation, and reasoning

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