matlab_convolution_code

程序首先是编写2个输入，1个输出的隶属度函数；接下来的是模糊规则，一共49条；然后用解模糊函数得出控制量U，解模糊用到得规则是取隶属度最大的那个数即MOM算法。(The program first is to write two inputs, one output membership function next is fuzzy rules, a total of 49 then come to control the amount of ambiguity function U, ambiguity was used to take the membership rules are the biggest that number that MOM algorithms.)

qpsk信号瑞利信道的仿真程序 有ber仿真效果图 推荐(Rayleigh channel simulation program )

Wimax Standard OFDM modulation transmitter and receiver

《matlab实例》有关优化算法的实例源码，希望对大家有帮助。(" Matlab example" examples of the algorithm source code, we want to help.)

本文为Stephen J.Chapman《MATLAB 编程（第二版）》英文影印版的中文译本，这本 书对初学者很好的入门教材。(This article Stephen J.Chapman " MATLAB Programming (second edition)," The Chinese translation of the English version of a photocopy, this book is a good primer for beginners.)

说明：  MATLAB分析混沌时间序列的方法的M文件，适合初学者(MATLAB method of chaotic time series analysis of M-files, suitable for beginners)

snrz.m 本函数实现将输入的一段二进制码编为相应的单极性非归零码输出 snr.m 本函数实现将输入的一段二进制码编为相应的单极性归零码输出 dnrz.m 本函数实现将输入的一段二进制码编为相应的双极性非归零码输出 dnr.m 本函数实现将输入的一段二进制码编为相应的双极性归零码输出(snrz.m achieve this function the input of a binary code compiled for the corresponding unipolar NRZ output snr.m functions for the input of the binary code compiled for the corresponding period of the unipolar NRZ output dnrz.m The functions for the input of a binary code compiled for the corresponding bipolar NRZ output dnr.m achieve this function the input of a binary code compiled for the corresponding output bipolar RZ)

power_steppermotor.rar,功率电子领域matlab仿真文件，已经验证过，程序运行正常(power_steppermotor.rar,Power electronics field matlab simulation file, has already been verified, the normal operating procedures)

这是一本秦永元关于惯性导航的书籍。该书系统地讲解了导航的基础知识。(This is an inertial navigation ROCKETS about books. The book systematically explains the basics of navigation.)

基于机器视觉的简单圆柱形零件图像的直径测量，采用zernike矩亚像素边缘定位的方法实现。(Diameter measurement based on machine vision simple cylindrical part of the image, the method of moments subpixel edge location zernike implementation.)