Modified Repetitive(修改重复)研究综述
Modified Repetitive 修改重复 - To this end, based on Takagi-Sugeno (T-S) fuzzy modeling approach and a fractional order modified repetitive controller, an output feedback strategy is constructed for a class of nonlinear fractional order systems. [1] This article presents a design strategy and stability analysis of modified repetitive sliding mode controller for uncertain linear systems. [2] This paper investigates the issue of fault-tolerant and anti-disturbance attenuation for a two-dimensional modified repetitive control system (2D MRCS) which is described by switched fuzzy systems with multiple disturbances. [3] A modified repetitive control structure with two repetitive loops guarantees the tracking accuracy of periodic signals. [4] This paper presents the modified repetitive control method for three-phase grid-connected inverters by means of a digital comb filter application. [5] A novel event-triggering condition, which takes into account both the current and last periods’ error information, is embedded in a modified repetitive control system. [6] An observer-based robust modified repetitive controller with logarithmically quantised output measurements is proposed. [7] More specifically, a new configuration of a fractional order modified repetitive controller that incorporates an improved equivalent-input-disturbance estimator and gain fluctuations in its design is proposed to perform disturbance rejection for the addressed system. [8] This paper presents the design and implementation of an modified repetitive controller for periodic disturbance rejection of peristaltic pump. [9] In this paper, we propose a modified repetitive control based cross-coupling compensation (MRC-CCC) approach for high-speed and high-precision scanning motion control of a piezoelectric tube scanner in AFMs. [10] This study investigates the problem of observer-based modified repetitive control for a class of fractional-order non-linear systems in the presence of unknown external disturbances. [11] Based on the improved equivalent-input-disturbance approach, a robust modified repetitive controller is proposed to the considered system to solve the periodic output tracking problem. [12]为此，基于Takagi-Sugeno（T-S）模糊建模方法和分数阶修正重复控制器，构造了一类非线性分数阶系统的输出反馈策略。 [1] 本文提出了一种用于不确定线性系统的改进重复滑模控制器的设计策略和稳定性分析。 [2] 本文研究了二维修正重复控制系统（2D MRCS）的容错和抗干扰衰减问题，该系统由具有多个干扰的切换模糊系统描述。 [3] 改进的具有两个重复循环的重复控制结构保证了周期信号的跟踪精度。 [4] 本文介绍了通过数字梳状滤波器应用改进的三相并网逆变器重复控制方法。 [5] 一种新的事件触发条件，它考虑了当前和最后一个时期的错误信息，被嵌入到修改后的重复控制系统中。 [6] 提出了一种基于观测器的具有对数量化输出测量的鲁棒修改重复控制器。 [7] 更具体地说，提出了一种新的分数阶修正重复控制器配置，该控制器在其设计中结合了改进的等效输入干扰估计器和增益波动，以对所解决的系统执行干扰抑制。 [8] 本文介绍了一种改进的重复控制器的设计和实现，用于蠕动泵的周期性干扰抑制。 [9] 在本文中，我们提出了一种改进的基于重复控制的交叉耦合补偿 (MRC-CCC) 方法，用于 AFM 中压电管扫描仪的高速和高精度扫描运动控制。 [10] 本研究研究了一类分数阶非线性系统在存在未知外部干扰的情况下基于观测器的修正重复控制问题。 [11] 基于改进的等效输入干扰方法，针对所考虑的系统提出了一种改进的鲁棒重复控制器来解决周期性输出跟踪问题。 [12]
Robust Modified Repetitive
An observer-based robust modified repetitive controller with logarithmically quantised output measurements is proposed. [1] Based on the improved equivalent-input-disturbance approach, a robust modified repetitive controller is proposed to the considered system to solve the periodic output tracking problem. [2]提出了一种基于观测器的具有对数量化输出测量的鲁棒修改重复控制器。 [1] 基于改进的等效输入干扰方法，针对所考虑的系统提出了一种改进的鲁棒重复控制器来解决周期性输出跟踪问题。 [2]
Order Modified Repetitive
To this end, based on Takagi-Sugeno (T-S) fuzzy modeling approach and a fractional order modified repetitive controller, an output feedback strategy is constructed for a class of nonlinear fractional order systems. [1] More specifically, a new configuration of a fractional order modified repetitive controller that incorporates an improved equivalent-input-disturbance estimator and gain fluctuations in its design is proposed to perform disturbance rejection for the addressed system. [2]为此，基于Takagi-Sugeno（T-S）模糊建模方法和分数阶修正重复控制器，构造了一类非线性分数阶系统的输出反馈策略。 [1] 更具体地说，提出了一种新的分数阶修正重复控制器配置，该控制器在其设计中结合了改进的等效输入干扰估计器和增益波动，以对所解决的系统执行干扰抑制。 [2]
modified repetitive control 修正重复控制
This paper investigates the issue of fault-tolerant and anti-disturbance attenuation for a two-dimensional modified repetitive control system (2D MRCS) which is described by switched fuzzy systems with multiple disturbances. [1] A modified repetitive control structure with two repetitive loops guarantees the tracking accuracy of periodic signals. [2] This paper presents the modified repetitive control method for three-phase grid-connected inverters by means of a digital comb filter application. [3] A novel event-triggering condition, which takes into account both the current and last periods’ error information, is embedded in a modified repetitive control system. [4] In this paper, we propose a modified repetitive control based cross-coupling compensation (MRC-CCC) approach for high-speed and high-precision scanning motion control of a piezoelectric tube scanner in AFMs. [5] This study investigates the problem of observer-based modified repetitive control for a class of fractional-order non-linear systems in the presence of unknown external disturbances. [6]本文研究了二维修正重复控制系统（2D MRCS）的容错和抗干扰衰减问题，该系统由具有多个干扰的切换模糊系统描述。 [1] 改进的具有两个重复循环的重复控制结构保证了周期信号的跟踪精度。 [2] 本文介绍了通过数字梳状滤波器应用改进的三相并网逆变器重复控制方法。 [3] 一种新的事件触发条件，它考虑了当前和最后一个时期的错误信息，被嵌入到修改后的重复控制系统中。 [4] 在本文中，我们提出了一种改进的基于重复控制的交叉耦合补偿 (MRC-CCC) 方法，用于 AFM 中压电管扫描仪的高速和高精度扫描运动控制。 [5] 本研究研究了一类分数阶非线性系统在存在未知外部干扰的情况下基于观测器的修正重复控制问题。 [6]
modified repetitive controller
To this end, based on Takagi-Sugeno (T-S) fuzzy modeling approach and a fractional order modified repetitive controller, an output feedback strategy is constructed for a class of nonlinear fractional order systems. [1] An observer-based robust modified repetitive controller with logarithmically quantised output measurements is proposed. [2] More specifically, a new configuration of a fractional order modified repetitive controller that incorporates an improved equivalent-input-disturbance estimator and gain fluctuations in its design is proposed to perform disturbance rejection for the addressed system. [3] This paper presents the design and implementation of an modified repetitive controller for periodic disturbance rejection of peristaltic pump. [4] Based on the improved equivalent-input-disturbance approach, a robust modified repetitive controller is proposed to the considered system to solve the periodic output tracking problem. [5]为此，基于Takagi-Sugeno（T-S）模糊建模方法和分数阶修正重复控制器，构造了一类非线性分数阶系统的输出反馈策略。 [1] 提出了一种基于观测器的具有对数量化输出测量的鲁棒修改重复控制器。 [2] 更具体地说，提出了一种新的分数阶修正重复控制器配置，该控制器在其设计中结合了改进的等效输入干扰估计器和增益波动，以对所解决的系统执行干扰抑制。 [3] 本文介绍了一种改进的重复控制器的设计和实现，用于蠕动泵的周期性干扰抑制。 [4] 基于改进的等效输入干扰方法，针对所考虑的系统提出了一种改进的鲁棒重复控制器来解决周期性输出跟踪问题。 [5]