The research of control problem for a time-delay system has great theoretical and practical significance.
对时滞系统控制问题的研究，具有很重要的理论和实际意义。
A new robust stability analysis method for time-delay system is presented.
给出了一种时间滞后系统的鲁棒稳定性分析方法。
The observer design for linear singular time-delay system with uncertain input is studied.
研究了含不确定输入的线性奇异时滞系统的观测器设计。
This paper proposes a fault diagnosis method for linear parameter varying time-delay system (LPVTD).
研究了线性变参数时滞系统的故障诊断问题。
To the large time-delay system, the control result of conventional fuzzy controller can not be satisfied.
对于大滞后对象，传统模糊控制器的控制效果并不理想。
Secondly, the D-stable robust fault-tolerant control problem of discrete uncertain a time-delay system is studied.
其次，研究了离散不确定一步时滞系统的D稳定鲁棒容错控制问题。
When a high order controlled plant contains several small time constant inertia units, it can be simplified to low order time-delay system.
一个高阶被控对象含有几个小时间常数惯性环节时，可简化成低阶时滞系统。
On condition that the nonlinear uncertain functions are gain bounded, we derive a sufficient condition for the robust stability of the time-delay system.
在非线性不确定性满足增益有界条件下，得到了该类时滞系统鲁棒稳定的一个充分条件。
This paper mainly studies internal model control designed for the multivariable time-delay system in order to find simple, effective and practical method.
本文主要研究时滞多变量系统的内模控制方法的设计，以期找到简单、有效、实用的方法。
Meanwhile, by transforming the proposed condition, this conclusion also is applied to the study on the stability performance of the time-delay system with polytopic uncertainty.
同时，本文还把得到的结论通过形式转换应用于研究具有凸多面体不确定性模型的时滞系统的稳定性性能。
In this paper, we mainly investigate robust stability, controller and filter design of several network-based control of uncertain time-delay system from the view of time-domain.
本文主要从时域角度研究几种不确定时滞网络化控制系统的鲁棒稳定性及其控制器和滤波器的设计方法。
Predicting the output is the key to solve time-delay problems, so predictive control becomes one of the most important control technologies for the control of time-delay system in recent years.
解决时滞问题的关键是对输出的预测，故近年来预测控制成为时滞系统控制的主要方法之一。
Based on identifying the time-delay system of HVAC, the paper researches the linear and nonlinear systems identification methods with MATLAB system identification toolbox and neural network theory.
运用MATLAB辨识工具箱和神经网络理论，通过对暖通空调系统中常见的时滞对象的辨识，研究了基于神经网络的线性和非线性的辨识方法。
The problem of fuzzy optimal control for nonlinear time-delay system was considered based on the framework2 of T-S( Takagi-Sugeno) fuzzy model and parallel distributed compensation(PDC) controller.
基于T S模糊模型和平行分布补偿器（PDC） ，讨论了非线性时滞系统的模糊最优问题。
For the networked control systems with multi-packet transmission and uncertain short time delay, system modeling and control problem are studied in the case of uncertain packet transmission sequence.
针对短时延的多包传输网络控制系统，研究了数据包传输次序不确定情况下系统的建模及控制问题。
Temperature and humidity control object of artificial climate chest is a nonlinear, strong coupling and long time delay system, so its control is difficult.
人工气候箱温湿度控制对象是一个非线性、强耦合和大滞后的系统，其控制非常困难。
The present invention provides a new passivity synthetic aperture electro-optical imaging array phase real time delay system.
本发明提出一种新型的被动综合孔径电光成像阵列相位实时延迟系统。
The control of large time delay system is one of the research hotspots in control field.
时滞系统的控制是控制领域中的研究热点之一。
Zero solution stability of the neutral time delay system of constant coefficient linearity is studied by employing liapunov function.
利用李雅普·诺夫函数研究常系数线性中立型时滞大系统的零解稳定性。
The paper aims at a class of time delay system to design a variable structure fuzzy control. Its application to the heater in laboratory proves its effectivity.
针对一类无法用控制手段抑制超调的纯滞后系统的特点，设计了一种变结构模糊控制器，通过在实验室中电阻炉上的应用，证明了此控制器的有效性。
The principle of PFC is introduced from three aspects: predictive model, error compensation and optimal algorithm. The basic PFC algorithm for first-order plus time delay system is developed.
从预测模型、反馈校正和优化控制三方面对预测函数控制基本原理进行了系统的阐述并针对一阶加纯滞后对象推导了单变量预测函数控制的基本算法。
The principle of PFC is introduced from three aspects: predictive model, error compensation and optimal algorithm. The basic PFC algorithm for first-order plus time delay system is developed.
从预测模型、反馈校正和优化控制三方面对预测函数控制基本原理进行了系统的阐述并针对一阶加纯滞后对象推导了单变量预测函数控制的基本算法。
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