摘要
针对现代空战拥有激烈的对抗性,战斗中涉及多种机型、多种武器的参与,空战弹药的消耗预测存在很大难度,传统的弹药消耗模型并不适用于空战弹药预测。针对上述问题,提出了利用战斗模型的预测方法,通过分析战斗进程对弹药的消耗进行预测。引入火力分配系数矩阵,对兰彻斯特战斗方程进行改进,建立适应现代战争的空战模型,并结合武器毁伤系数建立空空导弹消耗量预测模型。通过仿真与分析,成功预测了战斗中的弹药消耗,结果符合一般战争规律,验证了模型的有效性。
Vehement antagonism exists in modern air combat, all kinds of fighters and weapons are involved in the air combat, the it is hard to forecast the consumption of amino in air combat. Focus on this problem, a new forecasting measure was put out based on combat model, which can forecast the ammunition consumption by analyzing combat process. Fire assign modulus matrix was used in order to evolve the Lanchester＇ s equation, a new air combat model was put forward, an air-to-air missile consumption forecasting model was established combined with weapon damage modulus. Through emulator and analysis, the consumption of ammo was successfully forecasted, and the result is in line with the general laws of war, which shows the effectiveness of the model.
出处
《计算机仿真》
CSCD
北大核心
2016年第9期90-96,共7页
Computer Simulation
关键词
弹药消耗
战斗模型
兰彻斯特方程
空战
Ammunition consumption
Combat model
Lanchester＇ s equation
Air combat
