EEG信号的形态学滤波处理

good matlab tutorial...best one

这是一个使用matlab实现小波变换的程序(This is a realization of the use of wavelet transform matlab program)

说明：  这是一个在MATLAB上编写的FIR滤波器程序，并能被AccelDSP综合，下载到Xilinx上进行硬件仿真，适合对AccleDSP学习的人应用(This is a MATLAB program to write the FIR filter, and can be integrated AccelDSP downloaded to the Xilinx on hardware simulation, suitable for application on AccleDSP learn,)

变电站谐波状态估计程序，通过量测两个节点的电压和电流，计算得到另一个节点的电压电流相量，两个量测节点相角不同步，以一个节点相角为基准。(Substation harmonic state estimation procedure, by measuring the voltage and current of two nodes, one node is calculated voltage and current phasor, two phase angle measurement nodes are not synchronized with a phase angle of the reference node.)

基于混沌单纯形法算子的布谷鸟搜索算法，算法引入混沌算子及单纯形法，提高了布谷鸟搜索算法的寻优能力。(an improved cuckoo search algorithm (CS) using chaotic local search and simplex method (CLSCS) )

本文通过对当前实时控制的应用研究，提出了将离线仿真与实时控制有机结 合起来，利用MATLAB实现对直线单级倒立摆实时控制的思路。经过分析比较， 确定了基于MATLAB的Real-Time Windows Target实时内核开发硬件驱动程序 的实时控制方案，将Simulink生成的仿真模型下载到目标实时内核中运行，驱动 外部硬件设备，实现对倒立摆的控制。文中介绍的在Real-Time Windows Target 实时内核环境中开发第三方设备驱动程序的方法，是构建本实验平台的核心技术 之一，具有普遍适用性，有一定的推广价值。(Based on the current real-time control of the applied research, raised offline simulation and real-time control organically combined to realize the use of MATLAB linear single-stage inverted pendulum idea of real-time control. After analysis and comparison, to determine based on MATLAB)

关于画HHT方法中包络谱和幅值谱的程序，可以精确画出Hilbert包络谱的图像(On painting HHT method in the envelope spectrum and amplitude spectrum procedures, you can accurately draw Hilbert envelope spectrum of the image)

线性二次最优控制加权阵遗传算法优化适应度函数m文件；模糊控制器量化比例因子遗传算法优化适应度函数m文件(Linear quadratic optimal control weighted array genetic algorithm fitness function m documents quantization scale factor of fuzzy controller optimized by GA fitness function m file)

Import a TDMS file as a matlab object (ob). This is based on the work by Brad Humphreys of ZIN Technologies (he supported v1 of TDMS). I have not tested against v1 but I believe it still supports it.

dSPACE实时仿真系统是由德国dSPACE公司开发的一套基于MATLAB/Simulink的控制系统开发及半实物仿真的软硬件工作平台，实现了和MATLAB/Simulink/RTW的完全无缝连接。dSPACE实时系统拥有实时性强，可靠性高，扩充性好等优点。dSPACE硬件系统中的处理器具有高速的计算能力，并配备了丰富的I/O支持，用户可以根据需要进行组合；软件环境的功能强大且使用方便，包括实现代码自动生成/下载和试验/调试的整套工具。dSPACE软硬件目前已经成为进行快速控制原型验证和半实物仿真的首选实时平台。本文件为dSPACE-controldesk基础教程 (dSPACE real-time simulation system is developed by the German a dSPACE-based MATLAB/Simulink control system development and semi-physical simulation platform of hardware and software work to achieve and MATLAB/Simulink/RTW' s completely seamless. dSPACE real-time system with real-time, high reliability, scalability and good. dSPACE processor hardware system with high-speed computing power, and with a wealth of I/O support, users can be combined as needed powerful software environment and easy to use, including the realization of automatic code generation/download and test/debug set of tools. dSPACE software and hardware has become a fast control loop simulation and prototyping real-time platform of choice.)