Evaluation method for efficiency indexes of combat mission finished by antitank guided missile system

Abstract

The invention discloses an evaluation method for efficiency indexes of a combat mission finished by an antitank guided missible system. The evaluation method comprises the following steps: 1, building an availability model of the antitank guided missile system; 2, building a credibility model of the antitank guided missile system; 3, building a fighting ability model of the antitank guided missile system; 4, building an evaluation model for the efficiency indexes of the combat mission finished by the antitank guided missile system by means of the three models built by the three steps; 5, solving the availability model and the credibility model, calculating the fighting ability model, and finally bringing into the evaluation model to obtain the efficiency indexes of the combat mission finished by the antitank guided missile system. According to the evaluation method disclosed by the invention, the evaluation model with fusion of multiple algorithms is obtained by combining the characteristics of an antitank guided missile and fusing the multiple algorithms, the defects that a single algorithm is too large in calculation amount, unfavorable for comparison and incapable of evaluating the special fighting ability and the like are overcome, and the evaluation science is improved.

Description

technical field [0001] The invention relates to the field of weapon efficiency evaluation, in particular to an evaluation method of an anti-tank missile system's efficiency index for completing combat tasks. Background technique [0002] With the continuous development of armored vehicle technology, tanks and armored vehicles have become the main combat units and combat forces on land. To deal with various types of armored vehicles, a wide variety of anti-armor weapons have also emerged as the times require. The most effective way to deal with armored vehicles is the various anti-armor anti-tank missiles. Evaluating the combat mission efficiency indicators of anti-tank missile weapons can provide a theoretical basis for bases and shooting ranges to further evaluate the actual combat level of anti-tank missile weapons, and can provide certain references for combat use, task division, and firepower deployment of troops. [0003] However, due to the relatively complex system c...

AI Technical Summary

Problems solved by technology

[0007] The present invention designs and develops an evaluation method for the efficiency index of an anti-tank missile system to complete a combat task, integrates multiple algorithms, overcomes the shortcomings of a single algorithm such as excessive calculation, unfavorable comparison, and inability to evaluate special combat capabilities, and improves the scientific nature of the assessment

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