The unstable zeros of a non minimum phase system are difficult problems for feedforward controller design.
非最小相位系统的不稳定零点给前馈控制器的设计带来了很大的困难。
By means of higher order cumulants, the identification of non Gaussian process and non minimum phase system are effective , which can overcome drawbacks of all the traditional methods based on second order statistics in this area.
从利用高阶累积量对加性高斯有色噪声中非高斯过程辨识的基本理论出发 ,对近年来基于高阶统计量方法辨识非高斯、非最小相位 ARMA模型的算法进行了分析和综述 ,阐明了借助高阶统计量方法可以克服传统的基于2阶统计量方法在解决此类问题中的缺陷 ,有效地解决非高斯、非最小相位系统的辨识问
Because the secondary-path is a non-minimum phase system in the active noise control, an improved filtered-e LMS algorithm is presented in which the inverse of the secondary-path transfer function is adopted to construct an error filter.
针对有源噪声控制中次级通路为非最小相位系统的情况,提出一种改进的滤波-e算法。
Based on over sampling approach, a new time domain blind identification method for non-minimum phase system was proposed.
提出了一种在时域中盲辨识非最小相位系统传递函数的方法,该方法通过对系统输出过采样来获得系统结构参数的信息。
Conventional fault diagnosis technique based on adaptive observer can not be used for non-minimum phase systems.
针对传统的基于自适应观测器的故障诊断方法不适用于非最小相位系统的问题,本文基于降维观测器提出了一种新的自适应故障估计方法。
For zeros in the right-half plane of non-minimum phase systems, they can cause undershoot in the step response of systems, and the regular control methods are not prefect .
针对非最小相位系统具有右半平面零点,使系统阶跃响应存在负调,以及常规方法控制不理想等问题,在分析常规模糊控制器的基础上,提出了一种新型的模糊积分控制器的设计方法,改善了常规模糊控制器的动态和稳态性能。
With this technique a constant peak DC-link voltage can be achieved with an excellent transient performance which enhances the rejection of disturbance, including the input voltage and load current variation, and solves the problem of the local dynamic output feedback stabilization of the serious non-minimum phase system, simplifies the controller design.
减少了非最小相位系统阶跃响应的超调和负调。
The results show that reguable system is non-minimum phase system with negative regulation characteristics,and it can provide the reference for further design of reguable system.
结果表明,调节系统为一个非最小相位系统,具有负调特性,为调节系统的进一步设计提供了参考。
Researches on Robust Control and Application of Non-Minimum Phase Systems
非最小相位系统鲁棒控制及应用研究
Robust Tracking Control for MIMO Nonlinear Non-minimum Phase Systems
MIMO非线性非最小相位系统的鲁棒跟踪控制
Neural Network Inverse Control for a Class of Nonlinear Non-minimum Phase Systems
一类非线性非最小相位系统的神经网络逆控制
A Simulation Result of One-Step-Ahead Optima Controller in a Nonminimum Phase System
非最小相位系统一步前最优控制的仿真研究
The Research of the Intelligent Composite Control Policy for Lag System and Non-Minimum Phase System;
时滞及非最小相位系统智能复合控制策略研究
Design of Robust Controller of Non-minimal Phase System Based on Linear Matrix Inequality;
基于LMI的非最小相位系统鲁棒控制器设计
Control for Non-minimum Phase System Based on Internal Model Control;
基于内模设计法的非最小相位系统控制
Intelligent Control of Two-in and Two-out Non-minimum Phase System
双输入双输出非最小相位系统的智能控制
Generalized Internal Model Predictive Control in Non-minimum Phase System
广义内模预测控制在非最小相位系统中的应用
Exponential stabilization for MIMO non-minimum phase systems based on feedback linearization
基于反馈线性化的MIMO非最小相位系统指数镇定
Design of Fuzzy Controller for Non-Minimum Phase Systems Based on Genetic Algorithms;
基于遗传算法的非最小相位系统的模糊控制器设计
Research on Intelligent Internal Model Control for Non-minimum Phase System with Time Delay;
针对时滞及非最小相位系统的智能内模控制研究
However real channels are generally non-minimum phase systems, baud-spaced equalizers exhibit poor performance under this circumstance.
同时由于实际信道往往为非最小相位系统,此时线性均衡器性能不佳。
The Research for Non-minimum Phase Control System Based on Neural Network
基于神经网络的非最小相位控制系统的研究
Without introducing any external excitation to the system input, this paper gives consistent estimates for the coefficients of an ARMAX system, which is allowed to be unstable and of nonminimum-phase.
本文在不外加输入激励情况下,讨论了开环不稳定和非最小相位的ARMAX系统系数的一致估计。
Minimum-Phase Control in Sampled Systems and Study of Non-Nyquist Sampling;
采样系统最小相位控制与欠采样理论研究
Direct Adaptive Dynamic Compensation for MIMO Minimum Phase Systems with Unknown Relative Degree
相对阶未知多输入多输出最小相位系统直接自适应动态补偿
Multiple models adaptive decoupling controller for nonminimum phase system using DBD technology
非最小相位逐维定位多模型自适应解耦控制器
CopyRight © 2020-2024 优校网[www.youxiaow.com]版权所有 All Rights Reserved. ICP备案号:浙ICP备2024058711号