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fast output sampling
相关语句
  快速输出采样
     Variable structure control for MIMO discrete-time systems using fast output sampling feedback
     基于快速输出采样的MIMO离散系统变结构控制
短句来源
     Sliding mode control using fast output sampling feedback for networked control systems
     基于快速输出采样反馈的网络控制系统滑模控制
短句来源
     Chattering-Free Discrete-Time Sliding-Mode Control Using Fast Output Sampling Feedback
     基于快速输出采样反馈技术的无抖振离散滑模控制
短句来源
     This paper presents a chattering-free sliding mode control of discrete-time systems using the fast output sampling(FOS) feedback technique.
     针对一类单输入单输出的离散时间系统,提出了一种基于快速输出采样反馈技术(FOS)的无抖振滑模控制器.
短句来源
  “fast output sampling”译为未确定词的双语例句
     A discrete mode of networked control systems with the linear time-invariant plant is derived from fast output sampling.
     通过快速采样被控对象输出,建立了具有线性时不变被控对象的网络控制系统的离散模型。
短句来源
     In terms of the mode,parameters of sliding mode plane are provided by pole assignment,and a new sliding mode control law using fast output sampling feedback is presented.
     在此基础上,用极点配置法给出了滑模切换面参数,设计了输出反馈离散滑模控制器。
短句来源
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  fast output sampling
Unlikestatic output feedback, fast output sampling feedback always guarantees the stability of the closed loop system.
      
Multimodel robust control by fast output sampling an LMI approach Werner, Herbert Ruhr-Univ.
      
However, guaranteed closed loop stability can be realized using fast output sampling.
      
Fast output sampling based output feedback sliding mode control law for uncertain systems.
      
A new algorithm for discrete-time sliding mode control using fast output sampling.
      
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A discrete variable structure control using the FOS(fast output sampling) feedback technique is presented for a class of MIMO(multi-input multi-output) discrete-time linear systems including bounded disturbance.The method to determine the parameters of the controller is also given.The disturbance doesn 't need to satisfy the match condition and the boundary of the disturbance is known.Theoretical analyses show that the control strategy can guarantee the stability of the closed-loop system.This methodology...

A discrete variable structure control using the FOS(fast output sampling) feedback technique is presented for a class of MIMO(multi-input multi-output) discrete-time linear systems including bounded disturbance.The method to determine the parameters of the controller is also given.The disturbance doesn 't need to satisfy the match condition and the boundary of the disturbance is known.Theoretical analyses show that the control strategy can guarantee the stability of the closed-loop system.This methodology doesn 't need the system states for feedback as it makes use of only the output samples to design the controller.Thus,it is more practical and easy to implement.Finally,an illustrative example is presented to demonstrate the validity of the results.

针对一类含有界扰动的多输入多输出离散时间线性系统,采用快速输出采样反馈技术(FOS),设计了离散变结构控制器,并给出了确定控制器参数的方法,且未知扰动的界已知但不要求满足匹配条件。理论分析表明,所设计的控制器能保证闭环系统是有界稳定的,无需利用系统的状态作为反馈而仅利用输出采样来设计控制器,因而具有较强的实用性且易于实现。通过仿真验证了结论的有效性。

A new sliding mode control method is proposed for the problem of network-induced time delays in networked control systems.A discrete mode of networked control systems with the linear time-invariant plant is derived from fast output sampling.In terms of the mode,parameters of sliding mode plane are provided by pole assignment,and a new sliding mode control law using fast output sampling feedback is presented.Simulation results illustrate the effectiveness of the proposed control approach.

针对网络控制系统的网络诱导时延问题,提出了一种新的滑模控制方法。通过快速采样被控对象输出,建立了具有线性时不变被控对象的网络控制系统的离散模型。在此基础上,用极点配置法给出了滑模切换面参数,设计了输出反馈离散滑模控制器。仿真结果验证了该控制方法的有效性。

This paper presents a chattering-free sliding mode control of discrete-time systems using the fast output sampling(FOS) feedback technique.This control strategy would avoid the use of switching in the control input and hence eliminates chattering near the switching surface.Theoretical analysis and simulation results both show that the proposed technique not only guarantee the stability of the closed-loop system,but also improve steady state accuracy of the system.

针对一类单输入单输出的离散时间系统,提出了一种基于快速输出采样反馈技术(FOS)的无抖振滑模控制器.该控制策略避免了在控制器中采用切换模式,从而消除了切换面附近的抖振.理论分析和仿真结果表明该方法不仅能保证闭环系统的稳定性,而且能提高系统的稳态精度.

 
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