代码搜索：Normalized
找到约 4,216 项符合「Normalized」的源代码
代码结果 4,216
www.eeworm.com/read/407415/11419830
m clust_denormalize.m
function data = clust_denormalize(data)
% method description
% 'var' denormalization from a data whitch variation was normalized to one (linear operation).
% 'range' denormaliza
www.eeworm.com/read/405930/11454721
m rhomatrix.m
function R = rhomatrix(C)
%RHOMATRIX normalized correlation coefficents.
% R = RHOMATRIX(C) returns a matrix of correlation coefficients, R,
% given a covariance matrix, C.
%
% If C is the covar
www.eeworm.com/read/405379/11464089
m chtry.m
function [env,I,Q]= chtry(userNum,sampleNum,fm)
%WLAN channel modeling
%Zukang Shen
%04/15/02
%Ts=50e-9*10000*2/20; %time sample interval
Ts=1e-3;
N=200; %number of input waves
n=[0:N-1];
www.eeworm.com/read/405217/11468625
m binomialxfrmrbw.m
% BINOMIALXFRMRBW Calculate the bandwidth of a binomial transformer
%
% [BW] = BINOMIALXFRMRBW (Zl, Z0, N, GammaM) calcultaes the relative bandwidth
% of an N section binomial trans
www.eeworm.com/read/405084/11471967
m fig3_8_v1.m
clear all
bw = 10.0;
f0 = 10.;
tau = 30.0e-3;
mu = bw / tau;
n=0;
fs = 2.5*bw;
for t = -1.25:.1/fs:1.25
n = n+1;
y(n) = exp(i * .5 * mu * t^2);
end
yfft= fftshift(fft(y,1024));
freq=
www.eeworm.com/read/405084/11472091
m fig1_23.m
% Use this program to reproduce Fig. 1.23
clear all
close all
x = linspace(-2*pi,2*pi, 200);
y = sinc(x);
y = y ./ (max(y));
figure (1)
plot(x, 20*log10(abs(y)));
grid
axis tight
xlabel('Ang
www.eeworm.com/read/402865/11526830
m nrm.m
function N=nrm(A)
% makes columnwise normalized version of A
[n,m]=size(A);
d=sum(A.^2);
w=d>1e-30;
w=logical(w);
N=zeros(n,m);
if sum(w)>0,N(:,w)=A(:,w)./(ones(n,1)*d(w).^.5);end;
www.eeworm.com/read/402286/11539338
m mmpage.m
function mmpage(arg)
%MMPAGE GUI to Set Figure Paper Position.
% MMPAGE allows the user to set the current figure
% position on the printed page using a gui.
% MMPAGE(Hf) places the figure having hand
www.eeworm.com/read/402283/11539857
m mm3806.m
% mm3806.m
t = linspace(0,1);
x = sin(2*pi*t);
y = 1.2*cos(4*pi*t);
z = exp(-2*t).*sin(3*pi*t - pi/4);
plot(t,x,t,y,'-.',t,z,'--')
title('Figure 38.6: Picture in a Picture Zoom.');
xlabel