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Energy 的代码
ewgrpdel.m
function [y,mm]=ewgrpdel(x,w,m)
%EWGRPDEL calculates the energy weighted group delay waveform Y=(X,W,M)
% For each sample, x(n), this routine calculates the energy-weighted average
% group delay ov
readme
energy
------
Sums up the square of the input-signal. It doesn't change the samples, so
they are just passed along.
Inputs:
SAMPLE_S12
outputs:
SAMPLE_S12
Stats:
energy:
The total ener
readme
energy
------
Sums up the square of the input-signal. It doesn't change the samples, so
they are just passed along.
Inputs:
SAMPLE_S12
outputs:
SAMPLE_S12
Stats:
energy:
The total ener
ewgrpdel.m
function [y,mm]=ewgrpdel(x,w,m)
%EWGRPDEL calculates the energy weighted group delay waveform Y=(X,W,M)
% For each sample, x(n), this routine calculates the energy-weighted average
% group delay ov
计算能量.txt
function [y,mm]=ewgrpdel(x,w,m)
%EWGRPDEL calculates the energy weighted group delay waveform Y=(X,W,M)
% For each sample, x(n), this routine calculates the energy-weighted average
% group delay ov
ewgrpdel.m
function [y,mm]=ewgrpdel(x,w,m)
%EWGRPDEL calculates the energy weighted group delay waveform Y=(X,W,M)
% For each sample, x(n), this routine calculates the energy-weighted average
% group delay ov
test.asv
for s=11:20
p0=0.85;
a=found(s,p0);
j=s;
RE_reliability(s)=1;
RE_energy(s)=0;
while j~=1
RE_reliability(s)=RE_reliability(s)*link_reliability(j,RE_parent(j));
RE_energy(s)=RE_energy(s)+lin
test.m
s=46;
p0=0.85;
a=found(s,p0);
j=s;
RE_reliability(s)=1;
RE_energy(s)=0;
while j~=1
RE_reliability(s)=RE_reliability(s)*link_reliability(j,RE_parent(j));
RE_energy(s)=RE_energy(s)+link_ener
enrgy_03.cc
// file: $isip/class/algo/Energy/enrgy_03.cc
// version: $Id: enrgy_03.cc,v 1.13 2001/07/12 03:32:06 picone Exp $
//
// isip include files
//
#include "Energy.h"
//----------------------------------
readme.txt
File Description:
MLS_curvature_computing.m: main function for curvature computing.
MLS_demo.m: a demo for direct computing of point-set surface curvatures.
MLS_energy.m: calculate the energy val