指挥控制与仿真
指揮控製與倣真
지휘공제여방진
COMMAND CONTROL & SIMULATION
2014年
3期
107-111
,共5页
直接操控%舰炮对岸射击%人机交互
直接操控%艦砲對岸射擊%人機交互
직접조공%함포대안사격%인궤교호
direct control%informational shipboard gun%human-machine interaction
针对传统舰炮武器对岸射击最后准备人机交互操作复杂、时间长、操控要求高、难以满足作战快速性要求等缺点，建立了直接操控的人机交互模型应用于舰炮对岸射击准备。图形可视化仿真结果证明，直接操控的人机交互具有流程清晰易懂，操控简单、准确、高效的优点，能够大幅降低操控负荷，提高快速反应能力、战术使用灵活性和舰炮作战效能。
針對傳統艦砲武器對岸射擊最後準備人機交互操作複雜、時間長、操控要求高、難以滿足作戰快速性要求等缺點，建立瞭直接操控的人機交互模型應用于艦砲對岸射擊準備。圖形可視化倣真結果證明，直接操控的人機交互具有流程清晰易懂，操控簡單、準確、高效的優點，能夠大幅降低操控負荷，提高快速反應能力、戰術使用靈活性和艦砲作戰效能。
침대전통함포무기대안사격최후준비인궤교호조작복잡、시간장、조공요구고、난이만족작전쾌속성요구등결점，건립료직접조공적인궤교호모형응용우함포대안사격준비。도형가시화방진결과증명，직접조공적인궤교호구유류정청석역동，조공간단、준학、고효적우점，능구대폭강저조공부하，제고쾌속반응능력、전술사용령활성화함포작전효능。
According to the disadvantages traditional shipboard gun, including complex operation, long response time, diffi-cult to control and hard to satisfy requirement of quick reaction, a direct control human-machine interaction model for final preparation of informational shipboard gun anti-shore shoots is implemented. With graphical visual simulation, which has been proved to be easy to read in procedure, direct and accurate in control by actual experiment, the work load of control can be reduced greatly, and the quick response capability and operation efficiency of informational shipboard gun can be im-proved significantly.
