particle-filter-image-tracking-dll

基于mantlab编程实现学生成绩管理，包括学生信息的增加、删除、查询等，增强了容错处理，能很好地运行。(Based mantlab programming of student achievement, including student information to add, delete, query, etc., enhances the fault-tolerant and can run well.)

Cognitive radio code - detection a hole in spectrum

读取DR8的数据,作用的是matlab开发工具，希望对大家有所帮助。(read DR8 data using the matlab toolbox in windows enviroment.I hope this can help you.)

说明：  维纳滤波matlab源代码，无错，可以运行结果，有与fir滤波方法对比结果。(program of wiener filter used in image postprocessing,which can be runned with an expected result.)

两靖rayleigh衰落信道仿真。This m-file uses successive iterations of data to create an animated = effect ％showing the results of passing an unmodulated carrier through a simple = two ％path Rayleigh fading channel. The following formula and diagram ％illustrates the m-file operation. The animation shows, input(blue) ％and the output(red), the the phase shifts, gains, and attenuations ％of the output sine wave or carrier.(Two Jing Rayleigh fading channel simulation. This m-file uses successive iterations of data to create an animated = effect showing the results of passing an unmodulated carrier through a simple = two path Rayleigh fading channel. The following formula and diagram illustrates the m-file operation. The animation shows, input (blue) and the output (red), the the phase shifts, gains, and attenuations of the output sine wave or carrier.)

通过是与有限差分法，使用matalb模拟二维光子晶体(simulation of EM wave in two-dimensional photonic crystals using fdtd)

产生任意相关系数的多路高斯分布的噪声，用于模拟信号处理的噪声环境。(Generate multiple channals of noise with arbitrary cross-correlation coefficient )

matlab中实现DV-hop算法，无线传感网络定位算法中非测距的常用算法的简单仿真(matlab achieve DV-hop algorithm, wireless sensor network localization algorithm commonly used in Central Africa Ranging simple simulation algorithm)

说明：  基于matlab和声卡采集信号并输出不同的波形，有良好的界面，方便操作(Matlab and sound card based signal acquisition and output of different waveforms, a good interface, easy operation)

K-Means Vs FCM : a comparative experiment is done in this paper to find out the best one with respect to time and effeciency.