matlab的simulink仿真，一个关于通信系统的仿真设计，文件太大，这是第七部分...

仿真模型包括：可调节电网，交流断路器，LCL滤波器，网侧变换器，Chopper，直流电容，机侧变换器，风力发电机（包括机械部分的模型）。控制及信号处理部分包括：电机参数测量，机侧变换器控制，网侧变换器控制，LVRT控制，风速模拟等部分。(Simulation models include: adjustable power grid, ac circuit breaker, LCL filter, grid-side converter, Chopper, dc capacitance, machine-side converter, wind turbine (including mechanical part of the model). The control and signal processing part includes: motor parameter measurement, machine side converter control, network side converter control, LVRT control, wind speed simulation and other parts.)

这是turbo编码的matlab演示程序，可以在各种matlab版本中运行，大家试试吧-This is the turbo coding Matlab demo program, in various versions of Matlab run, we try it

该实验的目的是设计一种方法，从一组图像中检索相同种类作为查询图像的图像。这份报告表明我们的方法和结果。我们的方法的优点是简单，直观，并且命中率都比较好的，我们的方法的缺点是对内容的领悟没有能力。

susan算法，基于MATLAB的椭圆拟合(susan algorithm, MATLAB-based fitting of the elliptical)

说明：  modèle de la machine asynchrone avec un onduleur de tension

介绍了遗传算法的基本原理与求解流程， 详细阐述了Matlab 遗传算法工具箱的使用方法， 并通过使用遗遗传算法工具箱对一个典型的函数优化问题进行求解， 验证了该工具箱在解决函数优化问题上的有效性与实用性性。 (Introduces the basic principles of genetic algorithms and solving process, elaborated on the use of the Matlab genetic algorithm toolbox, and a typical function optimization problem is solved by using genetic genetic algorithm toolbox, verify the toolbox to solve function optimization on the question of the validity and practicality.)

基于Lyapunov稳定性理论的模型参考自适应控制，适用于初学者对模型参考自适应的认识与应用。(Model reference adaptive control based on Lyapunov stability theory for beginners to understand and apply the model reference adaptive.)

MATLAB 升华MATLAB编程，深化MATLAB学习。让你对MATLAB的了解更加透彻。(MATLAB sublimation MATLAB programming, and deepen learning MATLAB. Give you a more thorough understanding of MATLAB.)

产生MDPSK信号的matlab源代码，分为4dpsk和8dpsk两种(MDPSK signals generated matlab source code is divided into two 4dpsk and 8dpsk)

基于MATLAB软件仿真设计FIR滤波器，然后对噪声信号进行去噪，从而改善语音信号的质量。本文滤波器设计的方法则是采用简单的窗函数（凯撒窗）来设计的，并利用MATLAB作为编程工具完成一些数据的计算以及绘制出去噪前后的时域图和频谱图。通过对比去噪前后的时域图和频谱图，或者通过生成的声音文件，分析说明出滤波器设计的正确性。(The FIR filter is designed based on MATLAB software, and then the noise signal is de noised to improve the quality of speech signal. The method of designing the filter in this paper is designed by using a simple window function (Kai Sachuang), and using MATLAB as a programming tool to complete the calculation of some data and to draw the time domain diagram and spectrum map before and after the denoising. By comparing the time domain and frequency spectrum before and after the noise elimination, or through the generated sound files, the correctness of the filter design is illustrated.)