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微带线静场分析的matlab程序 Microstrip line (Microstrip line Static field analysis matlab)

说明：  潮流计算的仿真分析，主要是对于PQ分解法的讲解。(love fdskj d df ;lslfds;fs ;lfkdlsf;lks kf; lskf;lsdk;lf k;slf;s)

图像分类时由于扩展数据的各种函数,getRotatePatchOnOriImg_debug,main2_ex6Ps(When the image classification, due to the expansion program of positive and negative sample data sets, flip the image, the image center point to take 1,0.9,0.8 times the side length patch block, a small figure can be expanded to six times.)

利用matlab生成word和excel文件的源码已经实例数据。源自谢中华老师的教材。(Using matlab to generate word and excel file data source is instantiated. Xie Zhonghua teachers from teaching.)

程序中先判断这个句语句中每个单元为关键字、常数、运算符、界符，对与不同的单词符号给出不同编码形式的编码，用以区分之。(proceedings of the first judgment of sentence statement, the keyword for each of the modules, constant, Operators, the industry website. pairs with different words are given different symbols coding forms of coding to differentiate.)

splu Square PA=LU factorization *with row exchanges*.

说明：  利用双线性变换法设计一个级联型的椭圆IIR滤波器，对一段含噪语音信号进行滤波去噪处理并根据滤波前后的波形和频谱分析滤波性能。本课程设计仿真平台为MATLAB7.0，开发工具是M语言编程。首先在Windows下用录音机工具录制一段语音信号，并人为加入一单频噪声，然后对信号进行频谱分析以确定所加噪声频率，并设计滤波器进行滤波去噪处理，最后比较滤波前后的波形和频谱并进行分析。(Bilinear transformation method is used to design a cascade elliptic IIR filter, for a period of noise speech signal filtering denoising processing and according to the waveform and spectrum analysis of filtering performance before and after filtering. This course design simulation platform for the MATLAB7.0, development tools is M language programming. First under Windows tool to record a voice signal, a tape recorder and deliberately added a single frequency noise, and then the signal to determine the added noise frequency spectrum analysis, and design the filter for filtering denoising processing, finally compared before and after the waveform and spectrum of filtering and analyzed. )

球体磁梯度张量计算，根据文献中方法编写，可以快速计算各分量(Magnetic gradient tensor of sphere)

dfa acceptor for compiler course....

用于读取加拿大地质雷达pulse ekko的数据(used to read the GPR data collected by pulse ekko)