Cloud model-based ability evaluation method for air defense and antimissile command and control model

Abstract

The invention discloses a cloud model-based ability evaluation method for an air defense and antimissile command and control model. The method comprises the following steps that 1, a model ability evaluation index system has m evaluation indexes, and the subjective and objective comprehensive weights of the evaluation indexes are calculated; 2, a sample matrix Xi (xi1, xi2,..., xim) is determined according to the evaluation values of the m evaluation indexes, i = 1, 2,... n, and digital characteristics of m evaluation index clouds are obtained through a reverse cloud generator, namely (Ex1, Ex2,..., Exm; En1, En2,..., Enm; He1, He2,..., Hem); and 3, a comprehensive evaluation cloud C (Ex, En, He) is obtained by combining the subjective and objective comprehensive weight calculated in the step 1 and each ability index evaluation cloud. According to the method, a subjective and objective comprehensive weighting method based on AHP and RAGA-PPC is adopted, evaluation is more objective and real, subjective randomness of evaluation results is avoided, and meanwhile quantitative processing of qualitative indexes is achieved by introducing a cloud model.

Description

technical field [0001] The invention belongs to the technical field of military command and control, and in particular relates to a method for evaluating the capability of an air defense and anti-missile command and control model based on a cloud model. Background technique [0002] As the core of the air and missile defense integrated combat system, the air and missile defense command and control model has always been a research hotspot. Driven by informationization, networking and cyber concepts, many scholars at home and abroad have made innovative breakthroughs. The successful development of new anti-aircraft and anti-missile weapons and equipment in this field has put forward new requirements for the integration of air and anti-missile anti-missile and information firepower, and multi-type weapon and equipment cooperative combat capabilities in order to cope with the challenges of multi-level strikes, stealth operations and advanced interference methods. Therefore, it i...

AI Technical Summary

Problems solved by technology

It can be seen that some domestic research results have been achieved in the evaluation of combat systems and weapons and equipment based on the perspective of capabilities, but they are basically focused on the evaluation of the system structure, and there are few studies on the evaluation of model capabilities and a lack of unified standards.

Mainly in terms of determining the weight of indicators, the current weighting of indicators mainly adopts subjective weighting methods such as AHP, which leads to an overemphasis on the will of decision makers in the evaluation results, and the lack of research on objective weighting methods, the evaluation results are prone to strong subjective Arbitrary

Images