| In modern war,the research on target damage is more and more important in firepower planning.According to the new characteristics of target damage,this paper summarizes the existing research results,combined with innovative technology,achieved a single target missile damage model system.The main research contents are as follows:(1)Target classification selection model.In the model,the classification features of two dimensions of target geometry and composition structure are studied.The target classification and selection model uses the improved analytic hierarchy process(IAHP)to complete the target list sorting and achieve the target optimization function.(2)Weapon performance quantification model.The model summarizes the calculation of weapon firing deviation and warhead power.Through the calculation of weapon firing deviation,the distribution relationship between the warhead and the aiming point is obtained.Through the evaluation of warhead power,the damage modes and effects of different weapon warheads are obtained.(3)Aiming point distribution model.The aim point distribution algorithm based on the geometric characteristics of the target is studied in the model summary,and the aim point distribution algorithm based on hit critical index is innovated.The algorithm can allocate aiming points to complex single target by region.The aim point distribution algorithm based on modern optimization algorithm is innovated to improve the strike efficiency cost ratio.(4)Ammunition consumption calculation model.The model summarizes and studies the Monte Carlo method to solve the problem of ammunition consumption.Based on the experiment,the fast algorithm of wartime ammunition consumption is innovated according to the characteristics of the demanding timeliness of the battlefield.The algorithm can quickly calculate the wartime target’s ammunition consumption based on the existing typical target’s ammunition consumption results.Finally,a single target missile damage model system is designed to achieve typical functions and display the interface. |