bayesleaterror

在GM-MIMO集群建立基于地理位置。GM-MIMO图论应用于找到一个最佳的转发路径。(In GM-MIMO cluster is established based on geographic location. GM-MIMO graph theory applied to find the best path forward.)

MPCA算法，用于张量的降维。内有MPCA源码，步态数据库和测试程序，以及一个张量工具箱。(MPCA algorithm, used to reduce the dimension of the tensor. Within the MPCA source code, gait and test procedures, as well as a tensor toolbox.)

基于压缩感知的MIMO信道估计算法，使用了CoSaMP算法，GBP算法，OMP算法，CE算法，还有ls信道估计算法，MMSE算法，MIMO信道模型，等很全面(Compressed sensing based MIMO channel estimation algorithm, using CoSaMP algorithm, GBP algorithm, OMP algorithm, CE algorithm, and ls channel estimation algorithm, MMSE algorithm, MIMO channel model, etc.)

在非线性光学中，薛定谔方程为波的传输方程，次程序运用分步傅里叶方法求解非线性薛定谔方程！(In nonlinear optics, Schrodinger equation for the wave propagation equation, sub-process using step Fourier method for solving nonlinear Schr?dinger equation!)

说明：  BP神经网络异或问题 使用说明：打开文件夹中的BP.m文件，在matlab中运行此m文件，即可在command window中得出结果。压缩包内附说明文件 (XOR problem of the BP neural network for use: Open the folder in BP.m file, run this m file in matlab to the outcome of the command window. Compression package containing the documentation)

可用于声纳、雷达信号处理的波束形成程序，利用相移法对多信源目标进行方位估计。(Can be used for sonar, radar signal processing beamforming procedure, and use the phase shift method for multi-source target position is estimated.)

12可视化大肠杆菌亚细胞结构使用稀疏反褶积空间光干涉tomography.pdf(12Visualizing Escherichia coli sub-cellular structure using sparse deconvolution spatial light interference tomography.pdf)

MATLAB OrbitusED_User_Manual_Ver1.2.pdf 轨道软件的用户说明书(MATLAB OrbitusED_User_Manual_Ver1.2.pdf SOFTWARE OF ORBIT)

说明：  Morlet小波计算视频图函数封装，可以快捷简单地调用分析数据(Morlet wavelet video map calculation function of packaging, you can call the analysis of data quick and easy way)

用MATLAB的脚本语言M语言编写的，用于在MATLAB环境下实现帕笛近似（高阶模型简化降阶）的程序源代码，可以在MATLAB环境下直接运行。(MATLAB M scripting language language, MATLAB environment for the realization of Palau under Di approximation (high-order model to simplify Reduction) program source code, in the MATLAB environment direct operation.)