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/196856/8054118
m smooth.m
function [y,n] = Smooth(x,wlpa,tpa,cfa,pfa)
%Smooth: Smoothing filter (lowpass)
%
% [y,n] = Smooth(x,wlp,tp,cf,pf)
%
% x Input signal
% wlp Normalized cutoff frecuency 0.0 < wlp
www.eeworm.com/read/242663/12994246
asv waterfill.asv
function [gn,bn,en,Nuse,btot] = waterfill(H,Ex_bar,Ntot,gap,Noise_var)
% Pn is the channel pulse response
% Ex_bar is the normalized energy
% Ntot is the total number of subchannels
% gap is the
www.eeworm.com/read/242663/12994289
m waterfill.m
function [gn,bn,en,Nuse,btot] = waterfill(H,Ex_bar,Ntot,gap,Noise_var)
% Pn is the channel pulse response
% Ex_bar is the normalized energy
% Ntot is the total number of subchannels
% gap is the
www.eeworm.com/read/323209/13347272
m daubcqf.m
function [h_0,h_1] = daubcqf(N,TYPE)
% [h_0,h_1] = daubcqf(N,TYPE);
%
% Function computes the Daubechies' scaling and wavelet filters
% (normalized to sqrt(2)).
%
% Input:
% N :
www.eeworm.com/read/310212/13654706
m besselap.m
function [z,p,k] = besselap(n)
%BESSELAP Bessel analog lowpass filter prototype.
% [Z,P,K] = BESSELAP(N) returns the zeros, poles, and gain
% for an N-th order normalized prototype Bessel anal
www.eeworm.com/read/147682/5728078
m asptdrnlms.m
% [w,y,e,p]= asptdrnlms(x,w,d,mu,p,b,k)
%
% Performs filtering and coefficient update using the
% Data Reusing Normalized Least Mean Squares (DRNLMS)
% algorithm. DRLMS updates the filter c
www.eeworm.com/read/405205/11469498
m waterfill.m
function [gn,bn,en,Nuse,btot] = waterfill(H,Ex_bar,Ntot,gap,Noise_var)
% Pn is the channel pulse response
% Ex_bar is the normalized energy
% Ntot is the total number of subchannels
% gap is the
www.eeworm.com/read/154209/11983323
m besselap.m
function [z,p,k] = besselap(n)
%BESSELAP Bessel analog lowpass filter prototype.
% [Z,P,K] = BESSELAP(N) returns the zeros, poles, and gain
% for an N-th order normalized prototype Bessel anal
www.eeworm.com/read/453176/1642053
m daubcqf.m
function [h_0,h_1] = daubcqf(N,TYPE)
% [h_0,h_1] = daubcqf(N,TYPE);
%
% Function computes the Daubechies' scaling and wavelet filters
% (normalized to sqrt(2)).
%
% Input:
% N :
www.eeworm.com/read/364212/2907586
asv waterfill.asv
function [gn,bn,en,Nuse,btot] = waterfill(H,Ex_bar,Ntot,gap,Noise_var)
% Pn is the channel pulse response
% Ex_bar is the normalized energy
% Ntot is the total number of subchannels
% gap is the