基于扩展Lanchester方程的非对称型海战效能研究  

Research on the Efficiency of Asymmetric Naval Warfare Based on Extended Lanchester Equation

作　　者：高鑫 GAO Xin(No.91404 Troops of PLA,Qinhuangdao 066001)

机构地区：[1]91404部队,秦皇岛066001

出　　处：《舰船电子工程》2020年第11期137-140,共4页Ship Electronic Engineering

摘　　要：战斗两军平台在隐身性和预警探测性能上的差异,通常能够使得优势一方先敌发现和攻击,形成敌我非对称作战,同时当代海战通常具有的交战短、平台耗损呈现“间断”性、双方支援补充呈现间断性等特点,提出了扩展的Lanchester数学模型,推导了非对称型海战的数学解析方程,并进行了模拟仿真分析。仿真结果表明:在非对称型海战中炮弹杀伤性、隐身性和支援对于战局影响尤为重要,而且在战斗开始后,弱势一方要想取胜,应先探明敌情,而后再进行平台补充。Due to the differences in stealth and detection performance of warships between warring parties,the superior sides find the enemy and attack the enemy first,so an asymmetric operation is formed.Besides,the characteristic of the short time,leap⁃ing force loss and aid on the modern naval warfare,the extended lanchester equation is put forward.The efficiency of asymmetric na⁃val warfare is derived,and the simulation example analysis is carried out.Research shows that the missile's killing,stealth and aid are important of the war situation on asymmetric naval warfare,moreover,the disadvantaged should first ascertain the enemy's situa⁃tion before providing support.

关 键 词：Lanchester 间断性 隐身性 支援 非对称 

分 类 号：E917[军事]