matlab-from-entry-to-the-master

informax 程序，可以分离超高斯及亚高斯源，并且自带有六个源信号(informax program, you can separate super-Gaussian and sub-Gaussian source, and comes with six source signals)

LMS算法及仿真实现，在等高线性能平面上绘制出了滤波器系数的运动轨迹和最优滤波器系数，以及错误概率的变化趋势。针对迭代次数变化和迭代步长变换分别作了相关讨论。(LMS algorithm and the simulation realization, in contour performance plane drawing out of the filter coefficient trajectory and optimal filter coefficient, and the change tendency of the error probability. According to the iteration times change and iterative step length transform the discussion related respectively. )

小型车载雷达的原理仿真。使用线性调频连续波（LFMCW）波形，探测公路环境下的周围车辆目标，使用距离多普勒方法显示目标的距离和速度信息，并对LFMCW的探测原理做了演示。(Principle small car radar simulation. Using a linear frequency modulated continuous wave (LFMCW) waveform, vehicle detection highway around the target environment, using the Doppler method to display the distance and speed information the target, and the detection principle LFMCW made a presentation.)

信号分解为六层的细节信号的谱分析小波包络谱分析修改版6层( Wavelet envelope spectrum analysis of a modified version of layer signal is decomposed into six layers of detail signal spectrum analysis)

HIGH PASS FILTERING WITH USING 3X3 MASK

基于正交基的信道估计，用于高速移动系统的信道估计(Orthogonal basis based channel estimation for high-speed mobile system channel estimation)

说明：  线性调频信号的雷达仿真三个目标距离测试Range Testing of Three Targets in Radar Simulation of LFM Signal(Range Testing of Three Targets in Radar Simulation of LFM Signal)

BPA学习的简单介绍资料，涵盖了一些读取数据的基本操作(Brief information on BPA study, covering some of the basic operation of reading data)

《MATLAB语言－演算纸式的科学工程计算语言》，详细讲述Matlab编程入门，术语Matlab基础书籍(" MATLAB language- calculus paper-based scientific engineering computing language," a detailed account of Matlab programming entry, terminology Matlab based on books)

一个教你怎么用matlab来进行模糊仿真的教程，很不错，好像不是大陆高手编的，是繁体的，如果不认识繁体的话就不要下了，(a teach you how to use fuzzy Matlab simulation tutorials, very good, the mainland does not seem to master the series, is the traditional, if not traditional understanding of where it should not, huh)