DynamicMatrixControl

用三种不同的方式在矩形材料内切出指定半径大小的圆的算法，本来是建模实习的作业题(Three different ways in the rectangular-cut material the size of the specified radius of a circle algorithm, it is modeling the operation of internship title)

基于Kumaresan和Tufts提出的music改进方法，以减小计算复杂度(Kumaresan and Tufts-based music made by improved method to reduce the computational complexity)

GVFC 源码，matlab 性能没有试过，应该还好(GVFC source, Matlab Properties tried, it should be okay)

对于一维各向异性问题，这里利用阻尼最小二乘的反演算法，结合RI反演数据集反演。(For one-dimensional anisotropic problems, where the use of damped least squares inversion algorithm, combined with the RI data set inversion inversion.)

该程序是MATLAB源程序，可以用来对纹理进行处理得到纹理特征。(MATLAB source code of the procedure can be used for processing of the texture to be texture features.)

说明：  实验:使用MATLAB实现医学图像几何变换与二维重建，其中括了实验课件和示例源码(Experiment: Using MATLAB to achieve geometric transform and two-dimensional medical image reconstruction, which includes the experimental and sample source courseware)

换能器阵元的不同排列组合决定其指向性，波束形成是多波束测量的关键技术。文中 通过数学计算总结了不同换能器阵进行波束形成的工作原理，并介绍了利用二维DFT进行频 域波束形成的一般方法。最后结合现役多波束测深系统，简单解释说明不同系统所采用的波束 形成技术。(Transducer using an array of different permutations and combinations to determine its directivity, beam formation is the key technology for multi-beam measurements. Summarized by mathematical calculations the transducer array beamforming works, and describes the general method of two-dimensional DFT in the frequency domain beam formation. Finally, the active-duty multi-beam sounding system, the simple explanation of the different systems used in beamforming technology.)

用matlab来解决隐马尔科夫的概率问题(HMM in matlab)

这个是matlab经典教程的一个关于 偏微分方程的数值解法的原代码，希望大家赶快下载哦(This is a classic tutorial matlab partial differential equations on the numerical solution of the original code, I hope you get to download Oh)

Peak detection is one of the most important time-domain functions performed in signal monitoring. Peak detection is the process of finding the locations and amplitudes of local maxima and minima in a signal that satisfies certain properties. These properties can be simple or complex. For example, requiring that a peak exceeds a certain threshold value is a simple property. However, requiring that a peak’s shape resembles that of a prototype peak is a complex property.