transformator

钢、混凝土结构时频反应谱程序，用于求解结构的时频反应谱(Steel, concrete structures of time-frequency response spectrum procedure for solving the structure of time-frequency response spectrum)

matlab编程，使用于初学者，很不错，主要与数字信号处理有关(matlab is fit for beginning learner)

The important method is [COEFF,SCORE] = princomp(x) which takes in your data “x” and stores its projection into PCA space in “SCORE” which I then output to csv. I still need to find out how to project back into normal space but I think it should be just as straightforward as this was. For more info on “princomp” type “help princomp” into matlab and have a look at the help files.

本文档对MATLAB仿真做了详细全面的介绍，适合初学者学习使用(This document is a detailed simulation of the MATLAB comprehensive introduction for beginners to learn to use)

simulation and software radio

matlab教程matlab试题与解析MATLAB试题解答和方法分析(matlab)

求峭度，有效值，均方值，还有峰度，是对风力发电机组数据的必要东西(Seeking kurtosis, RMS, mean square value, and kurtosis, the data is necessary for wind turbine things)

说明：  对电力系统的负荷进行预测用BP神经网络实现(BP neural network for forecasting power system load)

这个matlab程序实现了Edge Linking and Line Segment Fitting，解压后直接运行demo.m就可以了 ( edgelink.m edge linking function that forms lists of connected edge points from a binary edge image. (Needs findendsjunctions and cleanedgelist below). drawedgelist.m plots out a set of edge lists generated by edgelink or lineseg. edgelist2image.m transfers edgelist data back into a 2D image array. lineseg.m forms straight line segments fitted with a specified tolerance to the lists of connected edge points. maxlinedev.m is also used by lineseg.m to calculate deviations of the edge lists from the fitted segments. findendsjunctions.m finds line junctions and endings in a line/edge image. cleanedgelist.m cleans up a set of edge lists generated by edgelink or lineseg so that isolated edges and spurs that are shorter than a minimum length are removed.)

根据M序列的产生原理，利用MATLAB编程实现4阶、6阶及任意阶M序列的产生(M sequence generated in accordance with the principle of the use of MATLAB Programming 4 bands, 6 bands and arbitrary selection of sequence-order M )