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解耦混合控制器
相关语句
  decoupled hybrid controller
     Study on an Adaptive Fuzzy Neural Network Decoupled Hybrid Controller
     一类自适应模糊神经解耦混合控制器的研究
短句来源
     The Study on a Fuzzy Neural Decoupled Hybrid Controller
     一种模糊神经解耦混合控制器的研究
短句来源
     Integrating fuzzy neural network and PI controller, we obtained a fuzzy neural decoupled hybrid controller.
     该文将模糊神经网络与PI控制技术相结合构成一种模糊神经解耦混合控制器
短句来源
     Integrating fuzzy neural network and PI controller,we ob-tained a fuzzy neural decoupled hybrid controller.
     本文将模糊神经网络与PI控制技术相结合构成一种模糊神经解耦混合控制器
短句来源
     A fuzzy neural decoupled hybrid controller is obtained by combining PI with fuzzy neural network.
     将模糊神经网络与PI控制技术相结合构成一种模糊神经解耦混合控制器
短句来源
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  相似匹配句对
     The Study on a Fuzzy Neural Decoupled Hybrid Controller
     一种模糊神经解耦混合控制器的研究
短句来源
     Study on an Adaptive Fuzzy Neural Network Decoupled Hybrid Controller
     一类自适应模糊神经解耦混合控制器的研究
短句来源
     MULTIVARIABLE DECOUPLING SELF-TUNING CONTROL
     多变量解耦自校正控制器
短句来源
     Aeroengine Decoupling Controller Design
     航空发动机解耦控制器设计
短句来源
     Combined Controller Synthesis for Marked Graphs
     事件图的混合控制器设计
短句来源
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The improvement of air-fuel ratio control accuracy for electrically-controlled CNG engine is the key link for engine feul emissi on,low emission and good driveablity.Integrating fuzzy neural network and PI controller,we ob-tained a fuzzy neural decoupled hybrid controller.The param eters of new controller can be adjusted on line based on the ability of fuzzy ne ural network.By using wide-range air-fuel ratio sensor,the controller can b e used to have feedback control on engine air-fuel ratio adjusting the injectio...

The improvement of air-fuel ratio control accuracy for electrically-controlled CNG engine is the key link for engine feul emissi on,low emission and good driveablity.Integrating fuzzy neural network and PI controller,we ob-tained a fuzzy neural decoupled hybrid controller.The param eters of new controller can be adjusted on line based on the ability of fuzzy ne ural network.By using wide-range air-fuel ratio sensor,the controller can b e used to have feedback control on engine air-fuel ratio adjusting the injectio n pulse width.The transient test result shows that it has better perfor-mance.

提高电控天然气发动机的空燃比控制精度,是改善发动机经济性、动力性和降低尾气排放的关键环节。本文将模糊神经网络与PI控制技术相结合构成一种模糊神经解耦混合控制器。新控制器在控制过程中借助模糊神经网络的自学习算法实现控制参数的在线调整。将该算法应用于天然气发动机空燃比控制中,利用宽域空燃比传感技术,通过调整喷射脉宽控制发动机的空燃比,取得了较好的控制效果。

Integrating fuzzy neural network and PI controller, we obtained a fuzzy neural decoupled hybrid controller. The parameters of new controller can be adjusted on line based on the ability of fuzzy neural network. The effectiveness of the proposed controller can be demonstrated by simulation in nonlinear and time variable plant.

该文将模糊神经网络与PI控制技术相结合构成一种模糊神经解耦混合控制器。新控制器在控制过程中借助模糊神经网络的自学习算法实现控制参数的在线调整。仿真结果表明 ,该控制方法对非线性时变系统有较好的控制效果。

A fuzzy neural decoupled hybrid controller is obtained by combining PI with fuzzy neural network. The parameters of new controller can be adjusted on line based on the ability of self-learning of fuzzy neural network. The effect of the proposed controller can be demonstrated by simulation in nonlinear and time variable plant. By using wide-range air-fuel ratio sensor, the controller can be used to have feedback control on engine air-fuel ratio adjusting the injection pulse width. The transient test result shows...

A fuzzy neural decoupled hybrid controller is obtained by combining PI with fuzzy neural network. The parameters of new controller can be adjusted on line based on the ability of self-learning of fuzzy neural network. The effect of the proposed controller can be demonstrated by simulation in nonlinear and time variable plant. By using wide-range air-fuel ratio sensor, the controller can be used to have feedback control on engine air-fuel ratio adjusting the injection pulse width. The transient test result shows that it has better performance.

将模糊神经网络与PI控制技术相结合构成一种模糊神经解耦混合控制器。新控制器在控制过程中借助模糊神经网络的自学习算法实现控制参数的在线调整。仿真结果表明 ,该控制方法对非线性时变系统有较好的控制效果。将该算法应用于电控天然气发动机空燃比控制中 ,利用宽域空燃比传感技术 ,通过调整喷射脉宽控制发动机的空燃比 ,取得了良好的控制效果

 
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