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/156528/11795246
m egld_ica_demo.m
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% This is a demonstration of the EGLD-ICA algorithm in work.
%
% Copyright (c) Helsinki University of Technology,
% Sign
www.eeworm.com/read/155843/11844349
m exa010305.m
%---------------------------------------------------------------------------------------
% exa010305.m, for example 1.3.5
% 说明 幅度为三角波的幅度调制信号在长度变化前后，信号的时间中心、频率最小、时宽
% 和带宽的变化情况；
%
www.eeworm.com/read/344640/11869966
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/155122/11897554
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
www.eeworm.com/read/257806/11911634
m exa010305.m
%---------------------------------------------------------------------------------------
% exa010305.m, for example 1.3.5
% 说明 幅度为三角波的幅度调制信号在长度变化前后，信号的时间中心、频率最小、时宽
% 和带宽的变化情况；
%
www.eeworm.com/read/154092/11989608
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/154092/11989623
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/154092/11989627
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/255577/12072557
m f_normlms.m
function [w,e,mu] = f_normlms (x,d,m,alpha,delta,w)
%F_NORMLMS: System identification using normalized LMS method
%
% y(k) = w(1)x(k) + w(2)x(k-1) + ... + w(m+1)x(k-m)
%
% Usage: [w,e