火力与指挥控制
火力與指揮控製
화력여지휘공제
FIRE CONTROL & COMMAND CONTROL
2014年
1期
53-57
,共5页
反潜巡逻机%反潜直升机%协同反潜战术%搜潜策略%建模
反潛巡邏機%反潛直升機%協同反潛戰術%搜潛策略%建模
반잠순라궤%반잠직승궤%협동반잠전술%수잠책략%건모
antisubmarine patrol aircraft%antisubmarine helicopter%coordinated antisubmarine tactics%search strategy%modeling
针对反潜巡逻机与反潜直升机协同反潜作战问题，通过定性分析前者协同作战需求，提出了反潜巡逻机概略搜索、反潜直升机精确跟踪定位的协同战术。在此基础上，给出了反潜直升机联合使用声纳浮标与吊放声纳的搜潜策略，并建立了两机协同反潜定量分析模型。最后仿真分析了延迟时间、初始距离、定位误差等因素对直升机留空时间需求与声纳浮标数量需求的影响；同时计算了反潜直升机协同反潜的最大作战距离，以及所需声纳浮标的数量。结果表明，对于低速常规潜艇目标，两者协同反潜区域较广；而对于高速核动力潜艇，需多架反潜直升机参与协同。
針對反潛巡邏機與反潛直升機協同反潛作戰問題，通過定性分析前者協同作戰需求，提齣瞭反潛巡邏機概略搜索、反潛直升機精確跟蹤定位的協同戰術。在此基礎上，給齣瞭反潛直升機聯閤使用聲納浮標與弔放聲納的搜潛策略，併建立瞭兩機協同反潛定量分析模型。最後倣真分析瞭延遲時間、初始距離、定位誤差等因素對直升機留空時間需求與聲納浮標數量需求的影響；同時計算瞭反潛直升機協同反潛的最大作戰距離，以及所需聲納浮標的數量。結果錶明，對于低速常規潛艇目標，兩者協同反潛區域較廣；而對于高速覈動力潛艇，需多架反潛直升機參與協同。
침대반잠순라궤여반잠직승궤협동반잠작전문제，통과정성분석전자협동작전수구，제출료반잠순라궤개략수색、반잠직승궤정학근종정위적협동전술。재차기출상，급출료반잠직승궤연합사용성납부표여조방성납적수잠책략，병건립료량궤협동반잠정량분석모형。최후방진분석료연지시간、초시거리、정위오차등인소대직승궤류공시간수구여성납부표수량수구적영향；동시계산료반잠직승궤협동반잠적최대작전거리，이급소수성납부표적수량。결과표명，대우저속상규잠정목표，량자협동반잠구역교엄；이대우고속핵동력잠정，수다가반잠직승궤삼여협동。
Aiming at coordinated antisubmarine operation between patrol aircraft and helicopter, the coordination need is analyzed qualitatively,and coordinated tactics of patrol aircraft rough search while helicopter precise tracking and positioning is present. Based on those,it analyses search strategy of joint application of sonobuoy and dipping sonar and models is built for quantitative analysis of coordinated antisubmarine. Finally,simulates the influence of delay time,initial distance and location error on demand of helicopter work time and sonobuoy amount. Simultaneously,helicopter maximum operation distance and need of sonobuoy amount are calculated for coordinated antisubmarine. The results show that the coordinated antisubmarine could be operated in lager sea area if target is low-speed conventional submarine,while target of high-speed nuclear powered submarine,it needs multi-helicopter to join coordinated operation.
