对于温度控制，它是非线性系统。
本文讨论了一般的非线性系统模型。
温室系统是一个复杂的非线性系统。
分形理论是研究非线性系统的重要工具。
Fractal theory is an important tool to study non-linear system.
给出了线性系统的控制冗余和可重构条件。
Control redundancy and reconfiguration condition of nonlinear system are given.
隧道窑温度系统是一个大惯性非线性系统。
The temperature system of tunnel kiln is a large inertia, slow time-change nonlinear system.
所得的结果可用于正常离散随机线性系统。
The result of this paper can be applied to the. nonsingular system.
话务量需求是受多种因素影响的非线性系统。
The telephone traffic demand is nonlinear system affected by various factors.
永磁同步电动机系统是一类仿射非线性系统。
Permanent magnet synchronous machine system is a nonlinear affine system.
模糊控制是研究非线性系统的有效方法之一。
研究了一类典型非线性系统的自适应控制问题。
A class of typical nonlinear adaptive control system has been studied.
信号与线性系统。
这些方法对线性系统的故障诊断具有良好的性能。
All of these methods have fine performance on fault diagnosis of linear system.
非线性系统的故障诊断是该领域的热点与难点问题。
The diagnosis in the nonlinear systems is the hot and difficult subject in this field.
特别是线性系统，相位响应有其严格的定义和意义。
Its phase response has strict definition and meaning especially for linear system.
线性系统理论。
交通能源需求系统是一个复杂多变量的非线性系统。
The transportation energy demand system is a complex, multivariable, and nonlinear system.
给出多输入定常线性系统极点配置问题的一个新解法。
A new solution to the pole assignment of multi input system is proposed.
胞映射方法是对非线性系统进行全局分析的强有力工具。
Cell to cell mapping method is a powerful tool for globally analyzing into nonlinear system.
该程序为线性系统分析设计提供了一种快速准确的新工具。
The program offers a new tool for analysis and design of linear system.
由于移动机器人是一个复杂、时变、强耦合的非线性系统。
It is well known that mobile robot system is complicated, time-varying and strong coupling system.
本篇论文主要研究的就是这两种非线性系统的输出反馈控制问题。
In this paper, what we will talk about these two kind of nonlinear systems.
这是基于哈尔滨工业大学的《线性系统》理论的课件，提供给大家！
There are many methods to solve complicated problems in linear system theory .
由于非线性系统的复杂性，非线性系统的控制问题一直是一个难点。
Because of the complexity, the control problem of nonlinear system is always difficult.
作为三大变换之基础的傅立叶变换，是信号与线性系统的一个最基本，最重要的变换。
As the base of them, Fourier transform is the foundalist and the most important one.
作为三大变换之基础的傅立叶变换，是信号与线性系统的一个最基本，最重要的变换。
As the base of them, Fourier transform is the foundalist and the most important one.
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