舰船电子工程
艦船電子工程
함선전자공정
SHIP ELECTRONIC ENGINEERING
2012年
12期
150-152
,共3页
潜艇%高压气%模糊控制
潛艇%高壓氣%模糊控製
잠정%고압기%모호공제
submarine%pressure air%fuzzy control
潜艇高压气使用具有不可逆和非线性,结合模糊控制基于语义描述和非线性的控制特点,综合潜艇操纵专家的操纵经验,设计潜艇高压气模糊控制器。仿真结果表明,潜艇损失浮力时,利用模糊控制器能有效精确地对潜艇高压气自动控制。
潛艇高壓氣使用具有不可逆和非線性,結閤模糊控製基于語義描述和非線性的控製特點,綜閤潛艇操縱專傢的操縱經驗,設計潛艇高壓氣模糊控製器。倣真結果錶明,潛艇損失浮力時,利用模糊控製器能有效精確地對潛艇高壓氣自動控製。
잠정고압기사용구유불가역화비선성,결합모호공제기우어의묘술화비선성적공제특점,종합잠정조종전가적조종경험,설계잠정고압기모호공제기。방진결과표명,잠정손실부력시,이용모호공제기능유효정학지대잠정고압기자동공제。
Using submarine high pressure air is irreversible and nonlinear.Combining the characteristics of fuzzy control,which is based on semantic description and nonlinear,with submarine commanders' control experiences,the submarine compressed air intelligence controller basing on Fuzzy Control is designed.Simulation experiment results indicate that the controller can obtain perfect accurate control effect on submarine pressure air when the cabin was broken.
