Research On Operational Effectiveness Analysis System Of A Weapon

Anti-submarine missiles have the characteristics of both missiles and torpedoes,adapting to the informatization of modern partial naval warfare and the naval pattern of medium and long-range anti-submarine strike,and becoming one of the important members of naval anti-submarine weapons of various countries.This paper takes the operational effectiveness analysis of anti-submarine missile weapon system as the research object.On the basis of carefully studying the results of effectiveness evaluation of weapons and equipment at home and abroad,and taking anti-submarine missile attack as the research background,the operational effectiveness of anti-submarine missile is studied.The purpose is to design a portable simulation software platform for effectiveness evaluation of anti-submarine missile for commanders.Based on the position of the initial state of enemy and foe,through the analysis and study of the firing control and guidance methods of anti-submarine missile,the guidance method of homing pursuit is determined to solve the firing data and guidance parameters of anti-submarine missile.By calculating the relationship between the acoustic point and the guidance point of the anti-submarine missile when it finds the target,the conditions for judging the shooting result of the anti-submarine missile are put forward,and the method for predicting the shooting result is put forward.Based on the theory of error research,through the analysis of the track dispersion error of the missile,the track dispersion error system of the missile is established,and the solution method of the track dispersion is obtained.Considering the influence of random factors on the shooting effect,through the analysis and comparison of linearization method and statistical modeling method,a statistical modeling method suitable for effectiveness simulation software is adopted.Through the thorough analysis and Research on the selection and calculation principle of the firing effect index of anti-submarine missile weapon,the calculation principle and formula of the effect index are determined,and the damage degree and law of the target are analyzed and determined by using Kalman-Carlov formula.The theoretical hit number that can make the target damage is obtained.Through the in-depth study on the theory of artificial dispersion of anti-submarine missile,the solution method of two-dimensional artificial dispersion problem is obtained.By analyzing the shooting effect of a single target,the optimum effect of shooting ammunition dispersion is optimized.Based on the analysis of the firing effect of enemy fire confrontation,the weapon effectiveness evaluation method under confrontation conditions is obtained,and the effectiveness evaluation system is further improved.Based on.NET platform,the simulation software for effectiveness evaluation of anti-submarine missile is designed and manufactured with C# editing language,and the modules of anti-submarine missile model,ballistic simulation and efficiency calculation are embedded in it.The running software realizes the simulation of effectiveness of anti-submarine missile.The operation process of the software and the functions of various functional modules are introduced in detail,which provides an efficient and convenient anti-submarine missile effectiveness simulation command platform for commanders.