代码搜索结果

% File: q.m % Software given here is to accompany the textbook: W.H. Tranter, % K.S. Shanmugan, T.S. Rappaport, and K.S. Kosbar, Principles of % Communication Systems Simulation with Wireless App

function s=ma(y,wind) %MA MA(Y,WIND) is the moving average smoother of Y with % window width WIND. Default for WIND is 5. y = y(:); if nargin < 2, wind = 5; end; [m n] = size(y); if m < win

function demo_Piecewise_cubic_polynomial % % In this problem, the TwIST algorithm introduced in % % J. Bioucas-Dias and M. Figueiredo, "A New TwIST: Two-Step % Iterative Shrinkage/Thresholding Al

clear; t=-2*pi:0.01:2*pi;y=sin(t);x=cos(t); plot3(t,x,y) title('This is the output figure of M-book ') xlabel('t');ylabel('y');zlabel('z');

function [W, e, Lambda] = dct_lms_C(u, d, M, alpha, beta, gamma, verbose) % function [W, e, Lambda] = dct_lms_C(u, d, M, alpha, beta, gamma, verbose) % % dct_lms_C.m - use DCT-LMS algorithm with recur

function I=dblquad2(f_name,a,b,c_lo,d_hi,m,n) %非矩形区域二重积分 %I=dblquad2('fname',a,b,'c_low','d_up',m,n) % 其中'fname'为被积函数f(x,y)字符串, % 'c_low'和'd_up'是y的上下限函数c(x),d(x)； % a,b分别为x的上下限; m,n分别为x和y方向的等分

function I=quad2(f_name,a,b,c_lo,d_hi,m,n) %非矩形区域二重积分 %I=dblquad2('fname',a,b,'c_low','d_up',m,n) % 其中'fname'为被积函数f(x,y)字符串, % 'c_low'和'd_up'是y的上下限函数c(x),d(x)； % a,b分别为x的上下限; m,n分别为x和y方向的等分数(确

function y=Ex0518(m) % EX0518 先定维再创建矩阵 m=m-1; y=zeros(m); for n=1:m-1 a=1:m-n; y(n,n+1:m)=a; end y

function M1 = perform_image_similitude(M,u,u1,v,v1) % perform_image_similitude % % M1 = perform_image_similitude(M,u,u1,v,v1) % % Compute the affine similitude that map u to u1 % and v to v1

function y = rescale(x,a,b) % rescale - rescale data in [a,b] % % y = rescale(x,a,b); % % Copyright (c) 2004 Gabriel Peyr? if nargin