系统工程理论与实践
繫統工程理論與實踐
계통공정이론여실천
Systems Engineering—Theory & Practice
2013年
10期
2631~2638
,共null页
Lanchester方程 作战混合动态系统 动态规划 最优控制
Lanchester方程 作戰混閤動態繫統 動態規劃 最優控製
Lanchester방정 작전혼합동태계통 동태규화 최우공제
Lanchester equation; warfare hybrid system; dynamic programming; optimal control
针对作战过程的混合动态特性,利用Lanchester方程建立了一类作战混合动态系统模型,在合理战术假设的基础上,讨论了一类变招顺序固定的作战决策方最优控制问题.利用动态规划原理给出了解决问题的基本框架与途径.最后,通过应用算例验证了所建立模型和所设计最优控制方案的可行性.研究结果对作战指挥决策和对策的研究具有理论指导意义.
針對作戰過程的混閤動態特性,利用Lanchester方程建立瞭一類作戰混閤動態繫統模型,在閤理戰術假設的基礎上,討論瞭一類變招順序固定的作戰決策方最優控製問題.利用動態規劃原理給齣瞭解決問題的基本框架與途徑.最後,通過應用算例驗證瞭所建立模型和所設計最優控製方案的可行性.研究結果對作戰指揮決策和對策的研究具有理論指導意義.
침대작전과정적혼합동태특성,이용Lanchester방정건립료일류작전혼합동태계통모형,재합리전술가설적기출상,토론료일류변초순서고정적작전결책방최우공제문제.이용동태규화원리급출료해결문제적기본광가여도경.최후,통과응용산례험증료소건립모형화소설계최우공제방안적가행성.연구결과대작전지휘결책화대책적연구구유이론지도의의.
For the particularity of operational hybrid dynamic process, a class of corresponding warfare hybrid dynamic systems is established using Lanchester equation. Under some reasonable assumptions, the problem of building the optimal control of warfare hybrid dynamic system is investigated on the condition of fixed variable tactics sequences, and its solving method is given based on dynamic programming principle and differential game theory. Finally, a numerical example shows the feasibility of warfare hybrid system and the effectiveness of the optimal control strategies designed. The research results may provide theory reference for warfare command decision making and game.