06480907

一些关于空时编码的编码解码仿真程序，希望可以给大家提供帮助。(Number of space-time coding codec simulation program, I hope you can give to help.)

说明：  信号幅度调制与解调 和 希尔伯特变换与单边带幅度调制 (Amplitude modulation and demodulation and Hilbert Transform and single sideband amplitude modulation)

数据驱动自适应程序，可用于处理各种时间序列(Can be used to deal with a variety of time series data-driven adaptive)

相关的 BSS 盲源分离问题和 CS压缩感知的结合4篇论文打包，以及一个声音信号混合分离的简单实现(the realization of BSS(blind source separation) and CS(compressed sensing), and a sample of volume signal s matlab illustration)

利用bp神经网络来对某地区的电力负荷进行预测(Prediction of Power Load Based on BP Neural Network)

用于将长的信号break into小的piece，然后对每段小piece做信号处理，然后再将整个的信号还原回原始信号长度。(The signal is used to break into long small piece, and then each small piece to do signal processing, and then restore the signal back to the original signal length.)

利用mathlab进行信息隐藏的源代码文件，包含对信息的隐藏和提取，随机分布存储(The use of information hiding mathlab source code files, including hidden and extraction of information, random distribution of storage)

一个二阶水槽模型，包括两级水槽的输出曲线。(A second-order sink models, including two tanks of the output curve.)

说明：  在matlab环境下讲视频文件读入，程frames状，基本上所有的视频格式都支持。(in Matlab environment Video document read, Cheng-frames, basically all the video formats are supported.)

这个工具是同伴的图书软件的复杂性管理的模糊系统 ，斯普林格，2010。 一个新的规则为基础的系统类型，称为规则为基础的网络，已与行动建议操作规则库的互联网络，形成一个等效的单规则库。这些行动最近已实现为基于Matlab工具箱，但仅限于个人使用的节点对。此工具自动执行正确网络中的所有节点的基本操作。该工具会让你更容易实现用尽可能少的用户交互的各种规模的规则为基础的网络 (This tool is companion software for the book Complexity Management in Fuzzy Systems , Springer, 2010. A novel type of rule based system, called a rule based network, has been suggested with operations to manipulate networks of interconnected rule bases to form an equivalent single rule base. These operations have recently been implemented as a Matlab based toolbox, but are limited to individual use on pairs of nodes. This tool automatically performs the basic operations correctly on all nodes in a network. The tool will make it much simpler to implement rule based networks of all sizes with as little user interaction as possible. )