指挥控制与仿真
指揮控製與倣真
지휘공제여방진
COMMAND CONTROL & SIMULATION
2015年
2期
23-26
,共4页
水面舰艇编队%舰载无人机%舰载预警直升机%协同预警
水麵艦艇編隊%艦載無人機%艦載預警直升機%協同預警
수면함정편대%함재무인궤%함재예경직승궤%협동예경
surface ship formation%shipborne UAV%shipborne early-warning helicopter%synergic warning
针对舰载预警直升机合理确定部署时机的问题，结合敌侦查引导兵力行动规律，分析了无人机携带雷达侦察载荷协同预警直升机实施早期预警的优势，建立了舰载无人机相对水面舰艇编队的提前预警时间估算模型。通过仿真计算，给出了敌使用不同侦查引导兵力情况下，舰载无人机的提前预警时间，仿真结果显示提前时间可满足舰载预警直升机的部署要求。
針對艦載預警直升機閤理確定部署時機的問題，結閤敵偵查引導兵力行動規律，分析瞭無人機攜帶雷達偵察載荷協同預警直升機實施早期預警的優勢，建立瞭艦載無人機相對水麵艦艇編隊的提前預警時間估算模型。通過倣真計算，給齣瞭敵使用不同偵查引導兵力情況下，艦載無人機的提前預警時間，倣真結果顯示提前時間可滿足艦載預警直升機的部署要求。
침대함재예경직승궤합리학정부서시궤적문제，결합활정사인도병역행동규률，분석료무인궤휴대뢰체정찰재하협동예경직승궤실시조기예경적우세，건립료함재무인궤상대수면함정편대적제전예경시간고산모형。통과방진계산，급출료활사용불동정사인도병력정황하，함재무인궤적제전예경시간，방진결과현시제전시간가만족함재예경직승궤적부서요구。
Aimming at the problem of confirming deploy opportunity of shipborne early?warning helicopter, combining the operation rules on enemy recon and guided force, the advantages of UAV carrying radar reconnaissance load collaborating with early?warning helicopter is analyzed, the early?warning time estimation model of Shipborne UAV relative with surface ship formation is established. Through simulating calculation, under the conditions of enemy using different investigation guided force, the early?warning time of shipborne UAV is given, the simulating results indicates that the advanced time can reach the deploy request of shipborne early?warning helicopter.
