指挥控制与仿真
指揮控製與倣真
지휘공제여방진
COMMAND CONTROL & SIMULATION
2015年
1期
80-84
,共5页
舰艇火控系统%指数法%层次分析法%效能分析
艦艇火控繫統%指數法%層次分析法%效能分析
함정화공계통%지수법%층차분석법%효능분석
ship fire control system%index method%AHP method%effectiveness analysis
通过对舰艇防空、反潜、对海、对陆4方面作战任务进行分析,引入逻辑门“与”、“或”、“乘”,建立了舰艇火控系统效能模型。根据各武器火控系统的战技指标,采用效能指数法及AHP法,对其效能自下而上进行聚合,得到舰艇火控系统的效能值。最后以防空火控系统为例进行仿真,验证了所建模型的有效性。
通過對艦艇防空、反潛、對海、對陸4方麵作戰任務進行分析,引入邏輯門“與”、“或”、“乘”,建立瞭艦艇火控繫統效能模型。根據各武器火控繫統的戰技指標,採用效能指數法及AHP法,對其效能自下而上進行聚閤,得到艦艇火控繫統的效能值。最後以防空火控繫統為例進行倣真,驗證瞭所建模型的有效性。
통과대함정방공、반잠、대해、대륙4방면작전임무진행분석,인입라집문“여”、“혹”、“승”,건립료함정화공계통효능모형。근거각무기화공계통적전기지표,채용효능지수법급AHP법,대기효능자하이상진행취합,득도함정화공계통적효능치。최후이방공화공계통위례진행방진,험증료소건모형적유효성。
It establishes the effectiveness of the model ship fire control systems through introducing the logic gates ‘and’‘or’ ‘ride’ and analysing surface ship?s four aspects of combat missions. According to the tactical and technical index of weapon fire?control system, based on effective index method and AHP method, its performance is aggregated from the bottom up, so it gets the efficiency of ship fire control system. Finally, simulation in air defense fire control system as an example proves the validity of the model.