改进的SFLA（混合蛙跳算法）SFLA Func

hough lines using matlab

This text is an introduction to Simulink ® , a companion application to MATLAB ® . It is written for students at the undergraduate and graduate programs, as well as for the working professional.

采用隐马尔科夫HMM算法对语音进行识别的源程序(Using Hidden Markov HMM algorithm to identify the source of the voice)

在无线传感器网络中 DV HOP定位算法 DV-distance 算法代码正在编写中( DV-HOP)

说明：  MATLAB R2016a完全自学一本通.part1 详细说明请参见part3(MATLAB R2016a Self-taught Book (with its own catalogue))

Matlab做的数值计算实验，使用迭代法求解方程的根，算法经典，其中有详细的实验报告和数据，对数值计算课程学习及MATLAB编程有较大帮助。(Matlab done numerical experiments, using iterative ways root, the classical algorithm. including a detailed report and experimental data, the numerical calculation courses and MATLAB programming be helpful.)

Space Scale...................................

主要应用Matlab来实现图像的盲源分离而且是三个图像的处理问题采用的方法是FastICA算法(The main application of Matlab to achieve blind source separation method for processing an image problem and is three images FastICA algorithm is used)

电力电子技术 课程讲解 晶闸管的介绍 过流保护 过压保护等等(Power Electronics Technology Course introduction explaining current protection thyristor overvoltage protection, etc.)

[自動控制] Routh-Hankel matrix數值計算工具，輸入System Function後，程式會計算Hankel singular values and vectors、Schmidt pairs等值。詳情請見英文描述。(<<singular values and vectors>> [R_G,Sigma,U,V,Us,Vs]=HANKEL3(G) computes the Routh-Hankel matrix, the Hankel singular values and vectors, the Schmidt pairs of a given proper stable system G (created with either TF, ZPK, SS, or FRD).|| Output "R_G" is the Routh-Hankel matrix. || Output "Sigma" is a matrix whose elements on the diagonal are the Hankel singular values of the given system. || Output "U" is a matrix, the ith column of which is the left singular vector corresponding to the ith singular value. || Output "V" is a matrix, the ith column of which is the right singular vector corresponding to the ith singular value. || Output "Us" and "Vs" provides the Schmidt pairs. The ith elements of Us and Vs form the Schmidt pair corresponding the ith Hankel singular value. )