Complex giant system interoperation capability evaluation and optimization method

Abstract

The invention relates to a complex giant system interoperation capability evaluation and optimization method. The method comprises the following steps: establishing an interoperability expression model of each information subsystem, establishing an interoperability maturity model, evaluating the ability effect of each information subsystem, and obtaining a joint interoperability grade through the interoperability maturity model; and judging, if the joint interoperation capability level meets the level requirement of the complex giant system, allowing integration to form the complex giant system, otherwise, performing backtracking improvement and re-evaluation. Before the information system is integrated, the interoperation capability of the information subsystems is evaluated and corrected, so that the integration among the subsystems is ensured, and normal communication, information sharing, information exchange and information fusion analysis can be ensured after the information system is integrated. In the optimization process, backtracking is carried out based on the evaluation process, the problem points are accurately and efficiently searched and improved, and each information subsystem can be quickly improved to meet the integration requirement.

Description

technical field [0001] The invention relates to the technical field of system interconnection, in particular to a method for evaluating and optimizing the interoperability of complex giant systems. Background technique [0002] Starting from the essence of the system, according to the number of subsystems and types of subsystems and the complexity of the relationship between them, the system can be divided into two categories: simple system and giant system. If the elements that make up the system are not only numerous but also of many types, and the relationship between them is very complex and has multiple hierarchical structures, this type of system is called a complex giant system, such as the human body system and the ecological system. If the relationship between system elements is not only complex but also has great uncertainty, it is the most complex system so far. Existing large-scale information systems are mostly complex giant systems. The degree of integration b...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the problems existing in the integration of existing complex giant systems, the present invention provides a method for evaluating and optimizing the interoperability of complex giant systems, which embodies the degree of autonomy of operation and the degree of correlation of elements of complex giant systems into the interoperability of giant systems Ability to evaluate and optimize the system's ability to integrate

Images