baozhansuikuai

自己写的卷积编码MATLAB程序，已将验证过了，没问题，可以用的哈！(Wrote it myself, convolutional coding MATLAB program has been verified, and no problem, you can use Ha!)

matlab图形图像和声音的处理，例子很多(matlab book)

用于认知无线电能量检测及频谱感知的matlab程序(Used for cognitive radio energy spectrum of detection and perception of matlab)

WLan-IEEE802.11a modified with MIMO (Multiple transmitter and receiver)

A*路径规划matlab代码，加上地图膨胀和路径平滑(A* Path Planning Matlab Code with Map Expansion and Path Smoothing)

说明：  多目标跟踪软件流程如下： 初始化函数 初始化轨迹对象 读取一帧数据 前景检测 根据位置进行卡尔曼预测 匈牙利匹配算法进行匹配 分配好的轨迹更新 未分配的轨迹更新 删除丢掉的轨迹 创建新轨迹 结果展示(The flow of multi-target tracking software is as follows: Initialization function Initialize track object Read a frame of data Foreground detection Kalman prediction based on location Hungarian matching algorithm for matching Assigned track update Unassigned track update Delete lost tracks Create a new track Result display)

数字图像在产生过程中经常会受到噪音污染。因此，对于数字图像应该对其进行去噪音处理。在传统的基于傅里叶变换的信号去噪音方法中，可以使得信号和噪音的频带重叠部分尽可能的小，这样就可以在频域通过时，不需改变滤波方法而将信号和噪音分隔开来。但是，如果信号和噪音的频域重合时，用该方法进行噪音处理的效果就比较差。(digital image in the selection process will be subject to regular noise pollution. Therefore, the digital image should be carried out to deal with the noise. Based on the traditional Fourier Transform method of signal to noise, can result in a signal and noise bands overlap small as possible, so it can be adopted in the frequency domain, the need to change methods of filtering the signal and noise to separate. However, if the signal and noise in the frequency domain coincidence, the method for dealing with the effects of noise on the relatively poor.)

code for calculating the Lorenz attractor

LFMCW 雷达测距测速，分别为单目标和多目标的情况，附有相应参考文献，简单易懂(LFMCW radar for range and velocity detection. Cover both single target and multitargets cases. Easy to understand with reference attached.)

双边滤波MATLAB程序，详细编写了滤波的过程，通过此程序可以很好的理解双边滤波算法(Bilateral Filtering MATLAB program, the elaboration of the filtering process, through this procedure can be a good understanding of bilateral filtering algorithm)