matlab

对一幅图像使用最大类间分割算法，对其惊醒分割处理，得到二值图像(The segmentation algorithm between categories )

说明：  完整详细的介绍OFDM系统源码，保证代码能运行。(OFDM system described in detail the full source code, to ensure that the code can run.)

把轨道根数转移到对应的状态向量，在轨道中很常用。(The orbital elements are transferred to the state vector)

此源码是SAR成像中的距离多普勒算法（RDA）的整个仿真过程，相信通过这个仿真有助于理解距离多普勒算法(This source is the distance SAR imaging Doppler algorithm (RDA) of the entire simulation process, I believe that through this simulation helps to understand the range-Doppler algorithm)

关于distributed consensus的，发表在2009-acc的一片论文的仿真程序，希望对大家有用(matlab code for distributed consensus, the paper is pubulished on 2009-acc)

计算矩阵的解，是一种雅克比迭代，应用此程序可以很快的计算矩阵的解。(Computing solution matrix is a Jacobi iteration, the application of this procedure can quickly calculate the matrix solution.)

盲源分离（BSS: Blind Source Separation），又称为盲信号分离，是指在信号的理论模型和源信号无法精确获知的情况下，如何从混迭信号（观测信号）中分离出各源信号的过程。盲源分离和盲辨识是盲信号处理的两大类型。盲源分离的目的是求得源信号的最佳估计，盲辨识的目的是求得传输通道混合矩阵。(Blind signal separation (BSS), also known as blind source separation, is the separation of a set of source signals from a set of mixed signals, without the aid of information (or with very little information) about the source signals or the mixing process. This problem is in general highly underdetermined, but useful solutions can be derived under a surprising variety of conditions. Much of the early literature in this field focuses on the separation of temporal signals such as audio. However, blind signal separation is now routinely performed on multidimensional data, such as images and tensors, which may involve no time dimension whatsoever.)

说明：  实现点云地图ICP算法匹配和EKF定位，通过将十帧点云数据进行拟合生成一张融合地图(ICP algorithm matching and EKF positioning of point cloud map are realized, and a fusion map is generated by fitting ten frames of point cloud data)

matlab with simulink can do simulation of wimax before you can model your system then simulate to improve the performance

基于CDMA使用多个伪到整个对象序列嵌入水印恢复(CDMA-based multiple sequence of pseudo-embedded watermark to restore the entire object)