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2Dlineintegral
- PIECEWISE_EVAL: evaluates a piecewise function of x usage: y = PIECEWISE_EVAL(x,breakpoints,funs) arguments (input) x - vector or array of points to evaluate though the function breakpoints - list of n breakpoints, -inf and +inf are implic
checkbounds
- ％CHECKBOUNDS Move the initial point within the (valid) bounds. ％ [X,LB,UB,X,FLAG] = CHECKBOUNDS(X0,LB,UB,nvars) ％ checks that the upper and lower ％ bounds are valid (LB <= UB) and the same length as X (pad with -inf/inf ％ if necessary) wa
imaqplot
- IMAQPLOT is a simple demonstration of previewing video data using the toolbox s TimerFcn callback. IMAQPLOT also allows users to integrate the video preview into any MATLAB GUI. These are capabilities that are present in the toolbox s PREVIEW command
nprod
- Replacement for normprod that correctly treats 0, Inf, -Inf in the weights.
New-WinRAR-ZIP-archive
- Bellman-Ford Shortest Path Algorithm (C) 2004 by Yu Hen Hu find shortest path from a fixed point U to any node V clear all n=input( Total number of nodes = ) echo on starting from a fixed point U, you enter the weight to each
Loop-Shaping-Robust-Control
- simulate in matlab. H inf. Loop Shaping Robust Control vs. Classical PI(D) Control: A case study on the Longitudinal Dynamics of Hezarfen UAV. PI(D) Control System Design.
Matlab
- Matlab是一个交互式的系统，它的基本运算单元是不需指定维数的矩阵，按照IEEE的数值计算标准（能正确处理无穷数Inf(Infinity)、无定义数NaN(not-a-number)及其运算）进行计算．-Matlab is an interactive system, its basic operation unit which is not specified dimension of the matrix, in accordance with the numerical calculat
hinf_control
- 基于Matlab H inf 鲁棒控制的设计 简述了 鲁棒控制器的基本思想,给出了运用Matlab鲁棒控制工具箱为假定空间桁架设计 鲁棒控制器的设计过程,同时也给出了控制器作用下闭环系统的分析结果-Robust control based on Matlab H inf robust controller design outlines the basic idea, given the use of Matlab robust control toolbox to assume that
zdl
- 运用matlab编程求最短路径的算法a=xlsread( D:\数据.xls ) 调入数据 n=size(a,1) for i=1:n for j=1:n if a(i,j)==1000 a(i,j)==inf 不相邻点之间的距离赋值为无穷大 -The shortest path
F14-H-inf
- 用H-inf方法求某型飞机的控制器,标注比较清楚，对初学者很有帮助-design a controller using H-inf
HHT2
- Hilbert变换只是单纯地求信号的瞬时振幅，频率和相位，有可能出现没有意义的负频率；HHT变换先将信号进行EMD分解，得到的是各个不同尺度的分量，对每一个分量进行Hilbert变换后得到的是有实际意义的瞬时频率。 -imagesc(t,fliplr((1:size(im,1))/(2*size(im,1))),im,[inf,0]) set(gca, YDir , normal ) xlabel([ time ]) ylabel([ normalized f
DOF_Markov
- 一个 markov jump system仿真程序-h2 and h-inf control of markov jump system
emd
- emd分解程序代码，里面有详细介绍，请下载使用(function imf = emd(x) % Empiricial Mode Decomposition (Hilbert-Huang Transform) % imf = emd(x) % Func : findpeaks x = transpose(x(:)); imf = []; while ~ismonotonic(x) x1 = x; sd = Inf; while (sd > 0.1)
spgl1_1.9
- %SPGL1 Solve basis pursuit, basis pursuit denoise, and LASSO % % [x, r, g, info] = spgl1(A, b, tau, sigma, x0, options) % % --------------------------------------------------------------------- % Solve the basis pursuit denoise (BPDN) problem