摘要
作战任务分配是现代多用途战斗机火控系统的核心,也是任务管理系统中的关键性的问题。首先运用信息熵方法,结合主客观两方面的因素对多目标攻击条件下的任务进行优先权分析,然后建立起传感器作用于任务的效能矩阵,在此基础上运用蚁群算法来确定任务最优分配方案。仿真实例表明该任务分配模型对于多目标攻击条件下的任务分配具有一定的可行性和实用性。
The combat task allocation is not only the core of airborne fire control system of modem multi-purposed battle plane, but also is it the key point of task management system. First of all, using the method of information entropy, which combined subjective and objective factors, to analyze task priority under multi-target attack condition, and then building the efficiency matrix about sensors acting on tasks, on the basis of which, the ant colony algorithm was used to analyze the best allocation scheme. The result of simulation indicates that the model of task allocation is practical and feasible under the multi-target attack condition.
出处
《系统仿真学报》
CAS
CSCD
北大核心
2008年第16期4408-4411,共4页
Journal of System Simulation
基金
"十一五"预研项目(KJ-050402011)
空军预研基金项目(402050301).
关键词
多目标攻击
任务分配
任务优先权
效能矩阵
蚁群算法
multi-target attack
task allocation
task priority
efficiency matrix
ant colony algorithm