说明：WIND TURBINE simulink model

说明：F16战斗机的飞行模糊控制器，在matlab环境下simulink中进行仿真

说明：迭代学习控制simulink程序，多输入输出

说明：基于自抗扰控制方法做的一个simulink仿真控制器 有同样研究爱好的同学可以参考一下

说明：已知直流电动机拖动仿真框图，并利用Simulink提取该系统的总模型，并绘制系统阶跃响应和其曲线。

说明：rossler超混沌系统的simulink文件可以自己改变参数

说明：通过MATLAB矩阵实验室中的Simulink实现电机的PID直流调速。

说明：通过MATLAB下的Simulink仿真和模糊控制工具箱，实现倒立摆的单级控制。

说明：电力系统暂态和静态稳定性分析，SIMULINK仿真。最大切除时间，系统不至失稳

说明：滑模控制仿真 基于M文件和simulink仿真

说明：ID控制器和模糊PID控制器在汽车发动机油门控制中的应用，在Matlab环境下实现 计算动词PID的仿真，在Simulink环境下仿真模糊PID控制器，并对比两种PID控制器的仿真结 果，在研究中用GUI窗口实现了计算动词PID控制器的可视化调控。

说明： Simulink 学习快速入门，内含详细的建模仿真实例，有助于新手的学习

说明：Control Engineering using Matlab/Simulink The mathematical content of control engineering makes it a difficult subject when first studied. This workshop session uses the Matlab software package to solve the maths. The aim is to reinforce the key principles of control engineering, hopefully without getting lost in the mathematical background. Matlab is widely used in academia and industry. It is an interactive programming language that can be used in many ways, including data analysis and visualisation, engineering problem solving and simulation. Matlab may be used as an interactive tool or as a high level programming language. Toolboxes are available for specialist fields such as control engineering. Simulink is an extension to Matlab that provides an iconographic programming environment for the solution of differential

说明：空间电压矢量脉宽调制技术 SVPWM：利用MATLAB/SIMULINK 平台，搭建交流感应电机矢量控制系统的仿真模型，仿真试验表明，该矢量控制系统控制性能良好。

说明：本文将介绍模糊控制的思想,模糊控制的matlab/simulink 2012b仿真以及模糊控制器的C语言代码导出操作.这里没有复杂的理论公式,只有简单的语言描述和具体实现过程.

说明：光照强度会影响光伏电池的I-V特性。在此压缩包里有一个matlab脚本程序和一个在matlab Simulink里搭建的光伏电池的模型，运行脚本，自动调用Simulink里的模型，画出在不同光照强度下的光伏电池的I-V特性曲线。

说明：模拟两物种食物链的simulink设计，matlab基础。

说明：In Simulink, it is very straightforward to represent and then simulate a mathematical model representing a physical system. Models are represented graphically in Simulink as block diagrams. A wide array of blocks are available to the user in provided libraries for representing various phenomena and models in a range of formats. One of the primary advantages of employing Simulink (and simulation in general) for the analysis of dynamic systems is that it allows us to quickly analyze the response of complicated systems that may be prohibitively difficult to analyze analytically. Simulink is able to numerically approximate the solutions to mathematical models that we are unable to, or don t wish to, solve by hand.

说明：Introduction to using Simulink in MatLab

说明：Wimax standard simulink file

说明：MMSE in matlab. simulink file

说明：Digital Communication Systems Using MATLAB and Simulink

说明：第一章 Simulink界面介绍第一章 Simulink界面介绍第一章 Simulink界面介绍

说明：第二章 Simulink模块第二章 Simulink模块

说明：学习matlab simulink的重要参考书籍，内容详实，例子丰富。

说明：simulink of bidirectional

说明：simulink PI MODEL line with copmencator capacitor in matlab simulink PI MODEL line with copmencator capacitor in matlab simulink PI MODEL line with copmencator capacitor in matlab simulink PI MODEL line with copmencator capacitor in matlab simulink PI MODEL line PI MODEL with copmencator capacitor in matlab simulink PI MODEL line with copmencator capacitor in matlab simulink PI MODEL line with copmencator capacitor in matlab simulink PI MODEL line with copmencator capacitor in matlab

说明：QPSK convolution encoder and viterbi decoder Interleaver matlab simulink file

说明：BPSK Convolution matlab simulink file

说明：状态空间控制，含直接法和艾尔曼公式法状态反馈计算，以及simulink仿真。可自行设置四维状态空间矩阵，以及目标极点。