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    Multiple-model adaptive decoupling controller employing dimension-by-dimension approach
    采用逐维定位的多模型自适应解耦控制器
    Application of feed forward decoupling controller in constant-temperature and constant-humidity air-conditioning system
    前馈解耦控制器在恒温恒湿空调控制系统中的应用
    Design of Nonlinear Decoupling Controller of Induction Motor
    异步电动机非线性解耦控制器的设计
    Decoupling controller design of a looper height and tension system based on FPGA
    基于FPGA的活套高度和张力系统解耦控制器设计
    Design of Multivariable Fuzzy-neural Network Decoupling Controller
    一种多变量模糊神经网络解耦控制器的设计
    Self-tuning PID Decoupling Controller of Ball Mill Pulverizing System
    球磨机制粉系统参数自整定PID解耦控制器
    A Novel Decoupling Controller Design Method and Its Application
    新型解耦控制器的设计及其应用
    Also, in order to improve the transient performance target, a PD controller used to adjust the control signal is added based on the former decoupling controller.
    接着,为了提高系统响应的瞬态性能指标,在原先解耦控制器的基础上又增加了PD控制器对控制信号进行调整。
    With the analysis and comparison the design theory of each controller, the statements of the each controller's advantage and disadvantage are made. Fuzzy-decouple controller fulfills fuzzy feedforward compensation control, and fuzzy-neural network self-learning controller realizes non-model control.
    针对锅炉床温控制难题,设计了基于模糊逻辑的循环流化床模糊解耦控制器和模糊、神经网络结合的模糊神经网络自学习控制器,通过分析设计原理,对两种控制器进行了比较,模糊解耦控制器进行模糊前馈补偿控制,模糊神经网络控制器实现非模型控制,同时说明了两种控制器的优缺点,并进行仿真对比。
    The main focuses of this thesis are model simulation, coupling analyses, decoupling PID controller design and multivariable predictive controller design based on wastewater treatment Benchmark.
    本文的主要工作是模型仿真、系统的耦合性分析、多变量PID解耦控制器设计及多变量预测控制器设计。
    This Paper Deals With the Decoupling Control Problem, Based on a Cascad Design Matrix Defined, i.e.Cascad Decoupliug Controller in linear System.
    本文定义一个串接设计矩阵,即串接解耦控制器,对线性系统进行解耦控制。
    And Expands the -Structure of System, Principle and Way of to Design the controller.
    讨论了这种系统的结构,解耦控制器设计原理和方法。
    ased on the decoupling theory of the state feedback, a design method is presented for the decoupling robust controller with the state feedback.
    本文基于状态反馈解耦理论,提出一种状态反馈鲁棒解耦控制器的设计方法。
    This paper firstly introduces the designing methodof this contFpl system and the dynamic characteristictest of each channel jthen, gives out a experimentalresearch on the design methods of this proposed PI+dejay decoupling controller.
    本文介绍该控制系统的设计、各通道动态特性的测试.并对提出的PI+Delay解耦控制器的设计方法进行了实验研究。
    A novel decoupling controller design method, named as the ANN inverse decoupling control method, is proposed in this paper based on the invertibility analysis of excitation and valve system for the turbogenerator control of the power transmission system.
    在分析励磁与汽门系统可逆性的基础上为输电系统中汽轮发电机组的控制提出了一种新的解耦控制器的设计方法。
    A design approach to dual-shaker random vibration decoupling control with uncertainties of system is presented by means of a mixed H 2/H ∞ optimal control method.
    研究了基于Η2 /Η∞ 混合控制的振动台解耦控制器的设计方法 ,用缩减了高阶模态的降阶模型所设计的控制器对原系统进行解耦控制 ,引入了模型不确定性 ,克服了传统的基于模型逆的解耦控制系统鲁棒性能较差的缺点。
    A multiple models neural network decoupling controller is designed to control the multivariable nonlinear discrete time system.
    针对多变量非线性离散时间系统设计多模型神经网络解耦控制器.
    Meanwhile,a dynamic decoupling controller is designed for each linear model and a global controller of the coordinated control system is composed by T-S fuzzy model.
    然后对线性化模型设计动态解耦控制器,并用T-S模糊模型合成出协调控制系统的全局控制器;
    To improve the dynamical property and decoupling capability for a class of multivariable nonlinear systems with strong coupling,based on the principle of decoupling and neural network,a cascade-connected self-adaptive fuzzy-neural network decoupling controller is proposed.
    为提高多变量、非线性和强耦合系统的动态特性和解耦能力,根据解耦原理和神经网络思想,提出一种两级串联结构的自适应模糊神经网络解耦控制器.
    The former is a self-tuning fuzzy controller by using the intelligent weight function rulers,and the latter is a self-adaptive neural network decoupling controller based on the learning algorithm of dynamical coupling characteristic.
    前级是基于智能权函数规则的自调整模糊控制器,后级是基于动态耦合特性的自适应神经网络解耦控制器.
 

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