testtv_slotmeasurement.m

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%***************************************************************************
%  802.16-2004 OFDMA PHY - Matlab Implementation - 
%              OFDMA Simulation
%
%    Description:  
%   
%    Parameters:  
%
%    Functions:
%                 
%    Data Files:
%                N/A
%                   
%***************************************************************************

%***************************************************************************
%  Property of Freescale Semiconductor / NCSG / NCSD / DSO
%***************************************************************************
%  MATLAB Scrpiting Code
%
%  Project Name: 802.16-2005 OFDMA PHY
%
%  FREESCALE CONFIDENTIAL
%***************************************************************************

%***************************************************************************
%  Written by: 
%        Date:
%  Reusability:       N/A
%  Revision History:  
%                      6-Aug-2006   Initial Release
%***************************************************************************

function test_SlotMeasurement(seed)

clear global
clear functions
close all

profile off

addpath('../');
addpath('../../../../../../../SP/CM/matlab');

PilotSize = 24;
PilotSymbolSize = PilotSize/2;
fname = 'SlotMeasurement';
Q = 15;
Pad = 0;

if (exist('seed','var') == 0)
    seed = sum(100*clock);
end
rand('state',seed);

system(['del ..\..\vector\log\TCRND\',fname,'.txt']);
diary(['../../vector/log/TCRND/',fname,'.txt']);

disp('SlotMeasurement Simulation');
disp('=====================================');
disp(' ');
%%%%%%%%%%%%%%%%%%%%%% Initialize Paramters %%%%%%%%%%%%%%%%%%%%%%%%%%%
disp('*********Initializing Parameters*********')
disp(strcat('SEED = ',num2str(seed)));
 
% generates pilot random data , include the 4/3 Pilot boosting
Pilot1Real = round((2^(Q+1)-1).*rand(1,PilotSymbolSize)-2^Q);
Pilot1Imag = round((2^(Q+1)-1).*rand(1,PilotSymbolSize)-2^Q);
Pilot1 = Pilot1Real + Pilot1Imag*i;
Pilot3Real = round((2^(Q+1)-1).*rand(1,PilotSymbolSize)-2^Q);
Pilot3Imag = round((2^(Q+1)-1).*rand(1,PilotSymbolSize)-2^Q);
Pilot3 = Pilot3Real + Pilot3Imag*i;

Pilot = [Pilot1 Pilot3];

[RSSI CINR FreqOff TimeOff BitShift]= mSlotMeasurement(Pilot);

SlotMeasurement = [RSSI CINR FreqOff TimeOff BitShift Pad];
SlotMeasurement = round(SlotMeasurement);

mGenBin(Pilot,'../../vector/in/TCRND/IF2eRXPlt_RND_RND_RND_RND.lod','int16','1R1I','b');
mGenBin(SlotMeasurement,'../../vector/ref/TCRND/IF2dRXCtrl_RND_RND_RND_RND.lod','int16','R','b');

mGenHeader(Pilot,'../../vector/in/TCRND/IF2eRXPlt_RND_RND_RND_RND.h','int16','short int gasiPilot');
mGenHeader(SlotMeasurement,'../../vector/ref/TCRND/IF2dRXCtrl_RND_RND_RND_RND.h',...
                      'int16','unsigned short int gausiRefSlotMeasurement','R');

diary off

end