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Energy 的代码
vad.c
/*
ITU-T G.729 Annex B ANSI-C Source Code
Version 1.3 Last modified: August 1997
Copyright (c) 1996, France Telecom, Rockwell International,
Universite de
argonmcc_lk.c
/* Monte-Carlo collision routines for particle species with background gas and
** each other.
** LK_asigma1: Ar + e -> Ar + e scattering
** LK_asigma2: Ar + e -> Ar* + e lumped excitation c
vad.c
/*
ITU-T G.729 Annex B ANSI-C Source Code
Version 1.3 Last modified: August 1997
Copyright (c) 1996, France Telecom, Rockwell International,
Universite de
amfm_sep.m
% SENERSEP Smooth ENERgy SEParation algorithm, amplitude and frequency tracking
% [am, fm, energy] = amfm_sep(sig,f1,f2), applies the energy operator
% on the sig and its first deriv
amfm_sep.m
% SENERSEP Smooth ENERgy SEParation algorithm, amplitude and frequency tracking
% [am, fm, energy] = amfm_sep(sig,f1,f2), applies the energy operator
% on the sig and its first deriv
stochastic_sa.m
function [features, targets] = Stochastic_SA(train_features, train_targets, params, region, plot_on)
%Reduce the number of data points using the stochastic simulated annealing algorithm
%Inputs:
find_f0.m
function f0 = find_f0(x)
% FIND_F0 Find fundamental frequency
%
% F0 = FIND_F0(X)
%
% Find the fundamental frequency of signal X.
% By default, FIND_F0 uses the YIN method for F0 estimation
emeter.c
//**************************************************************************
//
// ESP430CE1 Application Program Example
//
// This file shows exemplarily the usage of the ESP430CE1 module for
calc_en.c
/*
********************************************************************************
*
* GSM AMR-NB speech codec R98 Version 7.6.0 December 12, 2001
* R99 Ve
stochastic_sa.m
function [features, targets] = Stochastic_SA(train_features, train_targets, params, region, plot_on)
%Reduce the number of data points using the stochastic simulated annealing algorithm
%Inputs: