Research On Combat Effectiveness Evaluation Of Infrared Air-to-Air Missile Weapon System

Infrared air-to-air missiles,as a key weapon to implement precision strikes and seize air superiority,have higher requirements for their combat effectiveness.The rapid and accurate evaluation of the combat effectiveness of the infrared air-to-air missile weapon system and the analysis of various factors affecting the combat effectiveness change provide a powerful decision-making basis for the development and application of infrared air-to-air missiles.This paper takes the combat effectiveness evaluation of the infrared air-to-air missile weapon system as the main research content.The specific work is as follows:Firstly,a grey evaluation model of combat effectiveness of infrared air-to-air missile weapon system based on OODA is constructed.This model introduces the OODA loop theory to carry on the modularization analysis to the infrared air-to-air missile combat process,Combined with the analytic hierarchy process,the infrared air-to-air missile combat effectiveness evaluation index system is established and the weights of the index are determined,and the grey clustering theory based on the endpoint mixed triangle whitening weight function is used to cluster the evaluation information of the Expert Group.The correctness of the evaluation model is verified by an example.Secondly,the combat effectiveness evaluation model of the infrared air-to-air missile weapon system under the battlefield form is proposed.In order to make the evaluation of the combat effectiveness of infrared air-to-air missiles closer to actual combat,the model adds the factors of pilot's ability quality coefficient,battlefield countermeasure environment coefficient,infrared interference,enemy aircraft combat effectiveness and other factors based on the traditional ADC model.The fuzzy comprehensive evaluation method and the analytic hierarchy process method are used to qualitatively analyze and quantitatively calculate the capability matrix in the ADC model.The correctness and effectiveness of the evaluation model are verified by an example.Thirdly,the combat effectiveness evaluation model of infrared air-to-air missile based on improved comprehensive fuzzy evaluation method is proposed.In order to accurately grasp the impact of the performance parameters of infrared air-to-air missiles on combat effectiveness,The model only evaluates the indexes that have significant influence on the operational effectiveness of the air-to-air missile.The least squares method is used to combine the index weights of the entropy and analytic hierarchy methods in the evaluation.Combined with fuzzy comprehensive evaluation method,qualitative analysis and quantitative calculation of combat effectiveness are carried out,and the correctness of the evaluation model is verified by an example.Finally,the above evaluation models are summarized respectively,and the follow-up research work on the evaluation of the effectiveness of infrared air-to-air missiles is prospected.