FSMCI

noise reduction in matlab this code is developed by syamsundar

说明：  一个基于MATLAB的径向基的神经网络源程序(A MATLAB-based RBF neural network source code)

【MATLAB GUI设计学习手记】源代码 数据 罗飞大哥的作品 本书由浅入深、循序渐进地介绍了matlab gui设计的基础知识，旨在使读者在较短时间内掌握gui设计的精要所在。. 本书首先介绍了gui设计的预备知识，然后详细介绍了gui对象的属性以及两种建立gui的方法：采用函数建立和采用guide建立。在介绍了gui设计基础知识的基础上，深入讲解了activex控件、定时器、串口及mcc编译的相关知识。书中穿插了大量的图表，直观、简要地列出了相关知识点。对于一些重要、难懂的知识点，配以大量的典型例题，方便读者边学边练，加强理解。最后，书中给出了3个典型的综合实例，供读者研究学习。.. 本书适合需要短时间内迅速掌握matlab gui设计的初学者使用，也可作为相关专业师生、相关工程开发人员的参考手册。... ([MATLAB GUI design learning Notes] source code, Luo Fei works of Big Brother The progressive approach of the book, step by step the basics of Matlab gui design, designed to enable the reader to grasp the essence of the gui design where in a relatively short time. . The book begins prior knowledge of the gui design, and then details the gui object properties and methods: two ways to create gui with function to create and adopted to guide the establishment. Describes the design of basic knowledge in gui basis, in-depth to explain the activex control, timer, serial port, and mcc compiled knowledge The book, interspersed with a large number of charts, intuitive, brief list of related knowledge. For some important, difficult to understand the knowledge, together with a large number of typical example, the convenience of the reader to learn while training, to enhance understanding. Finally, the book gives three typical instance, for readers learn. .. Book is suitable for the need for a )

fourier usning matlab

newmarkbeta法的MATLAB程序，可用于时程分析(The MATLAB program of newmarkbeta method can be used for time history analysis.)

周期图法功率谱估计仿真，通过改变窗函数类型、窗函数宽度、信噪比等参数，观察周期图法的性能(Periodogram power spectrum estimation )

简单的emd开发程序，matlab程序，含试验数据。(EMD developed a simple procedure, matlab program, including test data.)

用MATLAB实现遗传算法的程序，可以无限制的套用，仅供参考！(it is good!)

OFDM中的关于映射器的个人设计的MATLAB的算法，比较经典的 ！(OFDM on the mapping of individual design MATLAB algorithm, more classic!)

ＲＬＳ算法用ＭＡＴＬＡＢ实现语音去噪，包含源程序注释，方便易懂(RLS algorithm with MATLAB voice denoising)