condor_init_data_signal.m

source Matlab traites the UWB

% Return data_signal: upsampled, pulse shaped and channel filtered
% version of the data bit
%

function [burst, Lb] = ...
    condor_init_data_signal(FS_CONT, PACKET_LENGTH, ...
                            TC,BURST_LENGTH,SYMBOL_LENGTH, ...
                            ths, scrambling, samples, ...
                            compound_channel)



% fprintf('Number of data bit = %d\n',PACKET_LENGTH);
% fprintf('Sampling freq.: %.2e\n',FS_CONT);
% fprintf('Samples: %d %d %d %d\n', ...
% 	samples.chip,samples.burst, ...
% 	samples.symbol,samples.packet);

fs_cont_GHz = FS_CONT / 1e9;
%compound_channel = compound_channel ./ (norm(compound_channel)*BURST_LENGTH);
%compound_channel = compound_channel ./ norm(compound_channel);
% fprintf('Norm of the compound channel = %.4f\n',norm(compound_channel));

% Create the sequence of bursts
% fprintf('Create the burst sequence\n');
[burst,Lb] = get_burst_sequence(compound_channel, ...
                                scrambling, ...
                                samples.chip, ...
                                BURST_LENGTH,PACKET_LENGTH);
%burst = burst ./ norm(burst);
% fprintf('Norm of the burst sequence = %.4f\n',norm(burst));

return;