火力与指挥控制
火力與指揮控製
화력여지휘공제
FIRE CONTROL & COMMAND CONTROL
2014年
8期
159-162
,共4页
PSO%信息融合%加权%空战决策
PSO%信息融閤%加權%空戰決策
PSO%신식융합%가권%공전결책
PSO%information fusion%weighted%air combat decision-making
以多机多目标协同空战为作战背景,建立对抗决策模型。选取速度、距离等要素构建综合态势评估函数,采用多因子加权信息融合方式进行评估,态势因素权值采用PSO算法动态寻优。对于每个单机作战策略,利用加权信息融合方式评价编队级决策,其中单机作战策略的权值仍是采用PSO优化算法求得。对决策模型进行了仿真验证,实验表明,该空战决策模型提高了可信度,是准确和有效的,并且满足实时性要求。
以多機多目標協同空戰為作戰揹景,建立對抗決策模型。選取速度、距離等要素構建綜閤態勢評估函數,採用多因子加權信息融閤方式進行評估,態勢因素權值採用PSO算法動態尋優。對于每箇單機作戰策略,利用加權信息融閤方式評價編隊級決策,其中單機作戰策略的權值仍是採用PSO優化算法求得。對決策模型進行瞭倣真驗證,實驗錶明,該空戰決策模型提高瞭可信度,是準確和有效的,併且滿足實時性要求。
이다궤다목표협동공전위작전배경,건립대항결책모형。선취속도、거리등요소구건종합태세평고함수,채용다인자가권신식융합방식진행평고,태세인소권치채용PSO산법동태심우。대우매개단궤작전책략,이용가권신식융합방식평개편대급결책,기중단궤작전책략적권치잉시채용PSO우화산법구득。대결책모형진행료방진험증,실험표명,해공전결책모형제고료가신도,시준학화유효적,병차만족실시성요구。
Based on the analysis on multi-objective cooperative air combat,a decision model is established. Speed,distance and other elements are selected to build a comprehensive situation assessment function,with multi -factor weighted information fusion method to solve its weight optimization by PSO algorithm. For each stand-alone campaign strategy,weighted information fusion method again is used to evaluate the formation-level strategies;the weight of the stand-alone strategy is obtained using the PSO algorithm. Decision-making model is validated,the simulation results show that the air combat decision-making model is accurate and effective,and meets real-time requirements.