IC-final

基于小波变换的PSK信号符号率估计的matlab程序(Based on Wavelet Transform PSK Symbol Rate Estimation signal matlab program)

说明：  1） 这是一个基于MATLAB的FMCW射频雷达模拟器。 2） 它产生FMCW雷达，用于近距离的手波啁啾电平信号数据。 3） 你可以尝试在这个模拟器上开发你的雷达数据处理算法。 4） 作为一个查伦奇，你能开发你的算法来检测手写方向：左或右。 5） 在matlab中运行main.m开始尝试。(1) This is a MATLAB based FMCW RF Radar Simulator. 2) It generates FMCW radar for close handwave chirp level signal data. 3) Your can try develop your radar data processing algorithm base on this simulator. 4) As a charllenge, can you develope your algorithm to detect the handwave directions: LEFT or RIGHT. 5) Run main.m in matlab to start trying out.)

FFt例程，具有Pdf文档的具体说明过程。不错的啊！(FFt routines, Pdf file with the specified process. Good ah!)

现代通信系统（matlab版）（第二版）配套源代码 John G. Proakis等著 刘树棠 译 电子工业出版社出版(modern communication system (Matlab version) (2nd Edition) source code supporting John G. Proak Liushutang is waiting for the translation of the electronics industry published)

说明：  matlab pcm的实现的函数，适合学生使用哦 函数有说明 方便阅读(matlab implement pcm for students. we have information about the function being used)

耦合发电机系统的自适应控制与同步，将耦合发电机系统的混沌轨道镇定到平衡点,并使得两个参数未知的耦合发电机系统达到了混沌同步(Adaptive control system coupled generator and synchronization, the generator system coupled to a chaotic orbit stabilization of balance, and makes the coupling of two unknown parameters to achieve the synchronization generator system)

说明：  改进的粒子群算法，适合新手学习，通俗易懂，好上手(Particle swarm optimization algorithm detailed explanation, convenient for novices to learn, easy to use)

基础的matlab程序，适合初学人员，多读多练，我觉得很好(Matlab-based program, suitable for novice staff, and more time practicing, I feel good)

说明：  给定一幅图象，输出其直方图； 通过对话框给定一个线性变换函数，实现图象的灰度拉伸； 实现对图象的均衡化。 (Given an image, the output of its histogram dialog given by a linear transformation function to realize the gray scale image stretching to achieve the equalization of image.)

包括语音的录制程序，加噪程序，以及标准的噪声库，还有用谱减法实现带噪语言信号的增强等程序(ncluding voice recording program, noise procedures, and standards of noise library, as well as achieve the noisy speech signal enhancement using spectral subtraction procedure)