motion-tracking

STEREO VISION SOURSE CODE

主要完成的工作是在监控的场景中检测出运动的物体，去除干扰的背景，只留下感兴趣的目标即目标提取。目标提取,运动信息提取,PCA和诊间差分方法。(The major work done to monitor the scene in the moving objects detected, remove the background interference, leaving only the object extraction target of interest. Object extraction, motion information extraction, PCA, and consultation between the difference method.)

这里是图像配准的程序，木前就到那么多，希望对你们有帮助。(Here is the image registration procedures, wood before you to so much, and I hope to help you. )

整有效。中间四个字节分别代表设备的地址、指令类型、指令参数1(OPT1)和指令参数2(OPT2)。设备在对这四个字节的内容进行译码后执行相应的操作

基于MATLAB 的信道编码教学实验软件设计与实现(Channel coding based on MATLAB software design and implementation of the teaching experiment)

Hey QPSK Simulation which showed the BER performance

使用matlab的仿真平台simulink来实现直接序列扩频码变换为双极性码的转换 (Matlab simulation using simulink platform to achieve the direct sequence spread spectrum code transformation for bipolar code conversion)

用matlab仿真实现的雷达图像的几何畸变校正过程(using Matlab Simulation of radar images of the geometric distortion correction process)

T_XTIDE Tidal prediction YOUT=T_XTIDE(STATION) makes a tidal prediction for the current day using the harmonics file XTIDE. Predictions at other times can be generated using [...]=T_XTIDE(STATION,TIM) where TIM is a vector of matlab-format decimal days ( DATENUM). If TIM is a scalar then it is taken as the number of days present over which to make predictions. If TIM>1000 then it is taken to be the starting time in matlab-format. at the matlab time JD (UTC, but see code for details) where tau = lunar time s = mean longitude of the moon h = mean longitude of the sun p = mean longitude of the lunar perigee np = negative of the longitude of the mean ascending node pp = mean longitude of the perihelion (solar perigee)

说明：  MATLAB智能算法30个案例分析的源代码进行讲解，适合新手进行学习(The source code of 30 case analysis of MATLAB intelligent algorithm is explained, suitable for novices to learn)