MATLAB-7-simple-tutorial

第一章：绪论 1.1 引言 1.2 FSK简介 1.3 课题的主要研究工作及意义 1.4 FSK的发展及应用前景 第二章：理论基础 第三章：实验分析 (Chapter 1: Introduction 1.1 Introduction 1.2 FSK Introduction 1.4 FSK development and application prospects of the main research work and the significance of the 1.3 topics Chapter II: Theoretical Foundations: experimental analysis)

一般来说，matlab中没有现成的工具箱来解决整数规划问题，但可以利用分支界定法来编程实现(Generally speaking, matlab no ready-made kit to solve the integer programming problem, but can use the branch as defined in law to Programming)

Matlab界面编程指南，初入者入门书籍(Matlab interface programming guide, who first joined the entry books)

说明：  这个MUSIC算法好像有点问题，望大家帮忙(the MUSIC algorithm appears to be a problem, we hope to see help)

基于MATLAB的线性调频信号产生和频谱分析，某雷达参数数下的模糊函数及自相关函数仿真分析。，已通过测试。 (MATLAB linear FM signal generator and spectrum analysis, the number of parameters of a radar ambiguity function and autocorrelation function of simulation analysis. , Has been tested.)

fuzzy controller DC motor in robot arms

关于OFDM的16QAM的调制和相关性能比较，使用了循环前缀和加窗来消除干扰。(About OFDM modulation of 16QAM and associated performance, use a cyclic prefix and windowing to eliminate interference.)

基于MATLAB的小波变换，源码很有用,可以直接运行(using VC++ Wavelet image enhancement)

说明：  可用于求解物流配送路径优化问题，即vrp问题，算法采用的是蚁群算法(It can be used to solve the VRP Problem, which is an ant colony algorithm)

检测估计和调制理论 迄今为止，本书仍然是公认的关于检测、参数估计和线性与非线性调制波形估计方面的一本论述详尽、深入、成功的著作。也是一本较好的研究生教材。内容是研究发生在通信、雷达和声呐中被噪声污染了的各种线性与非线性调制、随机与非随机波形的最佳处理的数学方法和物理结构，各种系统可能达到的性能极限和影响它的各种因素。全书包括导论、经典检测和估计理论、随机过程的描述、信号检测与信号参数估计、连续波估计、线性估计和讨论等7章。每章附有相当数量的扩大内容范围的习题。 (Detection Estimation and Modulation Theory So far, the book is still recognized on the detection, parameter estimation and estimation of linear and nonlinear modulation waveform s a detailed discussion, thorough and successful work. Is also a good post-graduate teaching. Content is research in communications, radar and sonar noise pollution has been a variety of linear and nonlinear modulated, random and non-random waveforms of the best methods of dealing with the mathematical and physical structure of the performance of the various systems may reach the limit and the various factors affecting it. The book includes introduction, classical detection and estimation theory, stochastic process description, signal detection and signal parameter estimation, continuous-wave estimation, linear estimation and discussion of Chapter 7. Each chapter is accompanied by a considerable number of exercises the expansion of content areas.)