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/401480/11557289
m fig7_10a.m
fofr=0:0.001:1;
f1=4.*fofr;
f2=5.*fofr;
arg1=pi.*f1;
arg2=pi.*f2;
resp1=abs(sin(arg1));
%resp1=resp11.*resp11;
%resp22=(sin(arg2).*sin(arg2));
resp2=abs(sin(arg2));
resp=resp1+resp2;
max1=ma
www.eeworm.com/read/401480/11557296
m fig7_10c.m
fofr=0:0.001:1;
f1=4.*fofr;
f2=5.*fofr;
arg1=pi.*f1;
arg2=pi.*f2;
resp1=abs(sin(arg1));
%resp1=resp11.*resp11;
%resp22=(sin(arg2).*sin(arg2));
resp2=abs(sin(arg2));
resp=resp1+resp2;
max1=ma
www.eeworm.com/read/158463/11612914
m invmulaw.m
function x=invmulaw(y,mu)
%INVMULAW The inverse of mu-law nonlinearity
%X=INVMULAW(Y,MU) Y=Normalized output of the mu-law nonlinearity
x=(((1+mu).^(abs(y))-1)./mu).*signum(y);
www.eeworm.com/read/158238/11631353
m mycabout.m
screen=get(0,'screensize');
winw=screen(3);winh=screen(4);
%此面板的名字为windabout_ss,
%定义标题，并设置面板大小，标题及面板颜色
windabout_ss=figure('color',[0.1,0.1,0.1],'position',[0.275*winw,0.325*winh,0.45*winw,0.35*wi
www.eeworm.com/read/157905/11656512
m single_canceler.m
function [resp] = single_canceler (fofr1)
eps = 0.00001;
fofr = 0:0.01:fofr1;
arg1 = pi .* fofr;
resp = 4.0 .*((sin(arg1)).^2);
max1 = max(resp);
resp = resp ./ max1;
subplot(2,1,1)
plot(fofr,
www.eeworm.com/read/157718/11670216
m normalize.m
function [Normalized] = Normalize(InputMat)
%function [Normlized] = Normalize(InputMat)
% Normalize the columns of matrix InputMat
Norm2 = sqrt(diag(InputMat'*InputMat));
Normalized = InputMat./(o
www.eeworm.com/read/156755/11776936
m const_swr_circle.m
function const_SWR_circle(Z,linespec)
%
% This function plots a constant SWR circle in the Smith Chart
%
% It is assume that global variable Z0 has
% already been set (see Set_Z0 function)
www.eeworm.com/read/156755/11776950
m const_r_circle.m
function const_R_circle(R,linespec)
%
% This function plots a constant resistance circle in the Smith Chart
%
% It is assume that global variable Z0 has
% already been set (see Set_Z0 func
www.eeworm.com/read/156755/11776956
m const_g_circle.m
function const_G_circle(G,linespec)
%
% This function plots a constant conductance circle in the Smith Chart
%
% It is assume that global variable Z0 has
% already been set (see Set_Z0 fun
www.eeworm.com/read/156529/11794341
m mmn2px.m
function y=mmn2px(x,Hf)
%MMN2PX Normalized to Pixel Coordinate Transformation.
% MMN2PX(X) converts the position vector X from
% normalized coordinates to pixel coordinates w.r.t.
% the computer scree