OQAM系统的OFDM仿真，性能很好的算法-OQAM OFDM

分割插值去除金属伪影的matlab程程序。meanshift分割 样条插值 (Removal of metal partition interpolation matlab progrram artifacts. Spline Interpolation meanshift partition )

matlab的学习教程，对于新上手的人来说，不错(matlab tutorials for new people to get started, good)

由通用桥式电路模块组成的单相晶闸管组成的单相晶闸管整流电路(By the universal bridge circuit single phase thyristor modules consisting of single-phase thyristor rectifier circuit)

用MATLAB做的音乐播放器，可以识别简谱直接播放其中音乐(music player)

说明：  LDPC码的比特翻转译码算法，其中包含一些可用的码字，EG-LDPC码和PEG构造的码字。(The bit flipping algorithm for LDPC codes.)

这是一本有关MATLAB的参考书，适合于使用MATLAB或正在打算使用MATLAB的读者。其中还附有书中相关的源代码，很实用，需要的可以看看(This is a reference book about MATLAB, suitable for use or are planning to use MATLAB MATLAB readers. Which is also associated with the book s source code, it is useful, it needs to look at)

matalab 实验案例 c++ 积分(matlab you can use it for your maths)

kriging（克里金）插值方法，参照2011年国赛建模A题前两问。(kriging (kriging) interpolation method, with reference to 2011 model A country race before the two asked questions.)

静止无功发生器 采用无功检测DQ检测 静止无功发生器又称高压动态无功补偿发生装置，或静止同步补偿器。是指自由换相的电力半导体桥式变流器来进行动态无功补偿的装置。SVG是目前无功功率控制领域内的最佳方案。相对于传统的调相机、电容器电抗器、以晶闸管控制电抗器TCR为主要代表的传统SVC等方式，SVG有着无可比拟的优势。(DQ test for static reactive power generator)

说明：  本设计介绍基于数字图像处理的车牌识别系统。本设计主要应用数字图像处理方法进行车牌识别，主要包括图像预处理、车牌定位、倾斜校正、字符分割、字符识别五大模块。在完成车牌识别功能的基础上，本系统进一步加入了形态学操作、边框处理算法，能够在光照变化较大、背景较复杂的实际条件下，提高车牌识别率，同时，本设计添加了语音播报系统，能够对识别过程、识别结果进行语音播报，拓展了系统的功能。经过实际测试，本系统能够很好的完成车牌识别任务，车牌识别成功率达100%。(This design introduces a license plate recognition system based on digital image processing. This design mainly uses digital image processing methods for license plate recognition, which mainly includes five modules: image preprocessing, license plate positioning, tilt correction, character segmentation, and character recognition. Based on the completion of the license plate recognition function, the system further adds morphological operations and frame processing algorithms, which can improve the license plate recognition rate under actual conditions with large changes in lighting and complex backgrounds. At the same time, this design adds voice broadcast The system can broadcast the recognition process and recognition results by voice, which expands the functions of the system. After actual testing, the system can complete the license plate recognition task well, and the license plate recognition success rate reaches 100%.)