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% Time-Frequency Toolbox. % Version 1.0 January 1996 % Copyright (c) 1994-96 by CNRS (France) - RICE University (USA). % % Signal Generation Files % % sigmerge - Add two signals with given energy ra

% Time-Frequency Toolbox. % Version 1.0 January 1996 % Copyright (c) 1994-96 by CNRS (France) - RICE University (USA). % % Signal Generation Files % % sigmerge - Add two signals with given energy ra

% Time-Frequency Toolbox. % Version 1.0 January 1996 % Copyright (c) 1994-96 by CNRS (France) - RICE University (USA). % % Signal Generation Files % % sigmerge - Add two signals with given energy ra

% Time-Frequency Toolbox. % Version 1.0 January 1996 % Copyright (c) 1994-96 by CNRS (France) - RICE University (USA). % % Signal Generation Files % % sigmerge - Add two signals with given energy ra

clear all ; close all; E = 1 ; % normalized to unit energy snr_dB = 36 ; snr_dB = 6 ; N = 10000 ; % no of bits ... MH = 4 ; MV = 4 ; % simulate MH levels horizontally MV levels

[VERSION] ver=1 skinname=Energy_Green skinauthor=Almediadev authoremail=support@almdev.com authorurl=www.almdev.com skincomments= [PICTURES] picture=main.bmp inactivepicture= mask=mask.bmp

[VERSION] ver=1 skinname=Energy_Yellow skinauthor=Almediadev authoremail=support@almdev.com authorurl=www.almdev.com skincomments= [PICTURES] picture=main.bmp inactivepicture= mask=mask.bmp

[VERSION] ver=1 skinname=Energy_Blue skinauthor=Almediadev authoremail=support@almdev.com authorurl=www.almdev.com skincomments= [PICTURES] picture=main.bmp inactivepicture= mask=mask.bmp a

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

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