ssrg

floyd算法，matlab实现，是.m文件。简单明了(floyd algorithm, matlab realize is. m file. Simple)

1. 安装MATLAB软件。安装时，将MATLAB安装在C:MatlabR12目录下 Matlab的详细安装方法见有关安装手册 2. 拷贝文件:即将光盘中的/ctl/program和/ctl/functions下的 文件复制到用户目录下（例如，D:User) 3. 设置路径:先运行MATLAB,在桌面操作环境下，点击File下拉式菜单 的Set path选项，添加用户目录（例如，D:User)(含子目录ctl等） 到MATLAB的工作路径 4. 运行程序:先运行MATLAB,如第3步已运行，可直接键入示例命令。 例如，键入ex1_1等 5. 阅读教材，并对示例进行操作。">

实现快速贝叶斯算法,先验超参数分布不再使用高斯函数而是用拉普拉斯函数代替(Fast Bayesian algorithm, a priori super-Gaussian parameter distribution is no longer used but with the Laplace function instead)

基于MATLAB-SIMLINK系统中xPC的TPMS数据采集系统的设计(Based on of xPC the TPMS data acquisition system design)

comparison of BER of unipolar line coding and polar line coding. graph of BER vs SNR

现代信号处理中的扩展卡尔曼滤波和无迹卡尔曼滤波的介绍，以及matlab的实现方法。(EKF UKF)

NSGA-II源程序，可用于工程、管理及经济学的研究。(NSGA-II源程序evaluate_objective.m .............genetic_operator.m .............initialize_variables.m ............. on_domination_sort_mod.m ............. sga_2.m .............objective_description_function.m ............. eplace_chromosome.m ............. ournament_selection.m .............htmlevaluate_objective.html .................genetic_operator.html .................initialize_variables.html ................. on_domination_sort_mod.html ................. sga_2.html .................objective_description_function.html ................. eplace_chromosome.html ................. ournament_selection.html .............html )

ldpc码的matlab仿真程序，信息序列较小，但仿真效果好。(LDPC codes matlab simulation program, the information sequence of smaller, but better simulation effect.)

格兰杰因果关系检验matlab程序，用于检验时间序列之间是否存在因果关系，很好的计量统计程序。(Granger causality test matlab procedures used to test the time series between whether there is a causal relationship, the good measurement statistics program.)

当我完成了我的运动检测里卖软饮料在matlab和更新代码,后来我改变了对C实现过程对DSP板。这是一份报告,对DSP板工作但是你可以发现这背后的概念。 (As I Initally performed my motion detection on matlab and updated the code, later I shifted the process on C to implement on DSP board. This is a report that works on DSP board but you can find the concept behind this.)