MATLAB-Collection-Vol1-

这个身重要，基于matlab的三维时域有限差分程序（UPML各向异性的完美匹配吸收层），使学习时域有限差分方法的好资料。(The body important matlab-based three-dimensional finite difference time domain procedures (UPML anisotropic perfectly matched layer), enabling learners to FDTD good information.)

Example of MUSIC function with overlap consideration. Best results are obtained with a big overlap.

pca（主成分分析）matlab实现，可以有效的提取数据的主元成分，降低数据矩阵的维数。(pca (Principal Component Analysis) Matlab implementation, can effectively extract data in the main ingredients, reduce the dimension of the data matrix.)

波束形成算法中一种变换形式的极坐标算法（与传统的极坐标算法不同）(Polardb is a modified version of the regular polar function.)

<MATLAB编程>前五章是编程和应用MATLAB解决问题的基础。其余的章节涵盖了MATLAB的高级内容，这些内容将在学生以后工作中非常的有用，它包括高级输入输出和用户图形界面的设计。(<MATLAB编程> The first five chapters is a programming and application of MATLAB to solve the issues. The remaining chapters cover the MATLAB high-level content that will work in the students is very useful in the future, which includes input and output, and advanced graphical user interface design.)

Autoassociative Memory performance with and without pseudoinverse weight matrix

各种聚类方法的比较，突出每一种聚类方法的优点，有助于不同目的者使用(Comparison of various clustering methods, highlighting the advantages of each clustering method can help to use a variety of purposes)

说明：  计算机视觉的基本任务之一是从摄像机获取的图像信息出发计算三维空间中物体的几何信息，并由此重建和识别物体。这两者之间的关系就是由摄像机的几何成像模型来决定，即由摄像机的参数来决定。实现了张正友和tasi的matlab标定程序！(The basic tasks of computer vision is one of the images from the camera to obtain information from the calculation of three-dimensional geometric information of objects, and thus the reconstruction and object recognition. The relations between the two is by the camera model to determine the imaging geometry, that is to determine the parameters of the camera. Zhang is achieved and the Friends of the matlab calibration procedures tasi! )

Polar code的仿真实现，里面已经已类的方式封装，利于重用(Polar code implementation, for BER simulation)

用于提取人脑颅骨的内外边界，能将头皮与脑组织全部舍去，主要用于颅骨修复领域。(Used to extract the boundaries of the human skull, mainly for skull repair area.)