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这是天津大学matlab讲义-赵国瑞 感觉讲得挺不错！(This is the Tianjin University matlab lecture- Zhao Guorui speak quite in a good feeling!)

使用matlab编程实现AR模型中的参数确定(AR model)

说明：  很经典的matlab源程序的学习案例，方便大家学习，欢迎下载！！(Classic matlab source case study, to facilitate learning, welcome to download! !)

说明：  双稳态随机共振与时间同步的相关性研究可以改变随机共振原则改变系统工作环境(is investigated the characteristics of stochastic resonance of the signal added Gaussian white noise in a bithreshold system)

The receiver performance is quantified by depicting the receiver operating char- acteristics (ROC) curves. This curves serve as a tool to and study the performance of a sensing scheme. ROC graphs are employed to show trade-of vs between detection probability and false alarm rates, (i.e. PD versus PFA), thus allowing the determination of an optimal threshold. To illustrate the performance of energy detectors, we generate complementary ROC curves (the average probability of miss detection $ P_{md} 1 - P_d$ versus the false alarm probability $P_f$ for different receiver structures and in different fading environments.Fig. 1 illustrates the complementary ROC curves for a single channel reception (no diversity) over AWGN channels. This figure depicts the complementary ROC curves for energy detectors.

用matlab数值分析激光自再现模的FOX-li的迭代分析(Numerical analysis using matlab reproduction mode laser from the FOX-li Iterative Analysis)

LDA的matlab源码,主要用于人脸识别方面的研究(code for LDA)

两个源文件进行最小冗余和最大相关特征选择，主要用于图像特征选择里面(Two source files and the maximum correlation minimum redundancy feature selection, which is mainly used for image feature selection)

GMSK的详细调制过程，条理清晰，易于理解(Detailed GMSK modulation process, the clarity, easy to understand)

基于距离转换的栅格地图路径规划方法,DT方法是从目标位置反向搜索路径。在栅格化环境中，从目标位置开始的距离传播视为一个波(wave front)沿空闲栅格传播。对于环境中任意给定的起始点，其到目标点的最短路径可通过使用最速下降法搜索而得到。(Raster map conversion path planning approach based on distance, DT reverse the search path from the target location. Distance from the target location in the grid environment, spread as a wave (wave front) along the idle grid dissemination. Starting point for any given environment, the shortest path to the target point by using the steepest descent method of searching.)