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/* ITU-T G.729 Annex C+ - Reference C code for floating point implementation of G.729 Annex C+ (integration of Annexes B, D and E)

clear all; A = [1 1/exp(1) 1/exp(2)]; % power delay profile N = 64; % number of symbols in a single OFDM symbol GI = 16; % guard interval Mt = 1; % number of Tx antennas Mr = 1; % number of Rx a

clear all; A = [1 1/exp(1) 1/exp(2)]; % power delay profile N = 64; % number of symbols in a single OFDM symbol GI = 16; % guard interval Mt = 2; % number of Tx antennas Mr = 2; % number of Rx a

/* ** FAAD2 - Freeware Advanced Audio (AAC) Decoder including SBR decoding ** Copyright (C) 2003-2004 M. Bakker, Ahead Software AG, http://www.nero.com ** ** This program is free software; you can r

clear all; A = [1 1/exp(1) 1/exp(2)]; % power delay profile N = 64; % number of symbols in a single OFDM symbol GI = 16; % guard interval Mt = 1; % number of Tx antennas Mr = 1; % number of Rx a

/*************************************************************************/ /* */ /* LD-CELP G.728

Reading snapshot 24 0 0.041667 -0.929995 -0.440765 -0.372832 -0.359754 0.095538 -0.187453 0.041667 0.161465 -0.016693 -0.157989 -0.149758 0.80597 -0.096873 0.041667 0.631149 -0.616576 0.424363 0.45381

function [patterns, targets] = Stochastic_SA(train_patterns, train_targets, params, plot_on) %Reduce the number of data points using the stochastic simulated annealing algorithm %Inputs: % train_

#ifndef FFT_H #define FFT_H #include "types.h" void fft(float x_real[BLKSIZE], float x_imag[BLKSIZE], float energy[BLKSIZE], float phi[BLKSIZE], int N);

/* * ===================================================== * Use BFGS Algorithm to Solve Nonlinear Equations * * Function : * 2x[1]^2 + x[2]