MIMO-OFDM-OFDM

生成微波遥感方面的海面回波波形,用于海浪波谱仿真,计算.(to generate the microwave remote sensing ,brown ocean wave return model)

对国际上通用的标准Shepp-logan人头模体进行投影和反投影、滤波反投影、ART和SART重建。(include anisotropic filter, bilateral filter and functions for tomographic reconstruction using BP, FBP, ART, SART, LSQR algorithm)

A gui simulation and animation of two or three masses connected by springs. Four cases: (1) two masses and three springs to two walls (2) two masses and two springs to one wall (3) three masses and four springs to two walls, or (4) three masses and three springs to one wall. These four cases are programmed in four separate .m and .fig files. The gui allows changes to the masses and spring constants, and presents the normal mode oscillations and a random linear combination of normal modes.

基于MATLAB的基础分水岭算法及改进算法的实现(the application and the improvement of the watershed algorithm )

应用于图像增强的ＭＡＴＬＡＢ源程序，对指纹的预处理过程学习可能有用(applied to the image enhancement MATLAB source, the pretreatment of fingerprints may be useful learning process)

说明：  董霖编著《matlab使用详解》程序源文件(董霖edited &quot matlab explain the use of&quot source documents)

本程序主要是用matlab对曲柄摇块机构的计算并输出图形。通过本程序可以计算出曲柄摇块机构的位移、角速度和角加速度并输出其图形，还可以输出曲柄摇块机构的运动仿真图(This procedure is mainly used matlab for crank block body shake Calculation and output graphics. Through this program can calculate the crank block body roll displacement, angular velocity and angular acceleration, and output the graphics, you can also shake the output crank kinematic simulation block diagram)

matlab：距离方程、线性调频、雷达波形、动目标显示、脉冲压缩、编码波形、伪随机序列、SAR、RCS(matlab: from the equation, linear frequency modulation, radar waveform, moving target indication, pulse compression, encoding waveform, pseudo-random sequence, SAR, RCS)

多重信号分类算法，用于阵列天线进行空间谱估计使用，具有高分辨率特性(Multiple signal classification algorithm for antenna array spatial spectrum estimation using a high-resolution characteristics of)

1.参数的设计 1）系统的变量比较多而且应用非常频繁，所以运用的变量要具有特征性 2）尽量使用课本上的变量，如果课本上的变量无法实现，在考虑其他自己定义变量 3）由于MATLAB使用变量可以不用先定义生命变量，所以可以直接使用变量 4）但是一些全局性的变量必须要定义( 1. Parameter design 1) system variables and the application is more frequent, so the use of the variable to have the characteristics of 2) the use of textbooks on the variables as possible, if the books can not be achieved on the variables, taking into account their other define the variable 3) use of the MATLAB variable life and variable can not be defined, so you can directly use the variable 4), but some global variables must be defined)