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NOTE : This note is about a tempary 5G specification that was implemented and tried before 5G specification is finalized. I keep this note for study purpose.
Frame Structure - Matlab Code
Disclaimer : The code is ONLY for visualzing the resource element mapping for various physical channels defined in Pretrial specification. The resoure location would be accurate but the data assigned in the resource elements is just a dummy (meaningless) value. Also, there might be some errors in the code (or my mis-interpretation of the specification). Don't blame on me if there is any errors :). Play with the code and have fun.
Tips for Execution
i) Create a folder where you want to store files (m files)
ii) Create the files listed under Common Library Section store them in the folder created at step i).
iii) Create other files as you like and store them in the folder created at step i).
TestFrame
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Filename : TestFrame.m
Last Update : Dec 7, 2016
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radioframe = [];
for i = 0:49
radioframe = [radioframe CreateSubFrame(0,0,0)];
end;
% Add PSS, SSS, ESS
sf = radioframe(1);
sf = SubFrame_AddPss(sf);
sf = SubFrame_AddSss(sf);
sf = SubFrame_AddEss(sf);
radioframe(1) = sf;
sf = radioframe(26);
sf = SubFrame_AddPss(sf);
sf = SubFrame_AddSss(sf);
sf = SubFrame_AddEss(sf);
radioframe(26) = sf;
% Add xPBCH
sf = radioframe(1);
xPBCH.N_DL_RB = 100;
xPBCH.N_RB_SC = 12;
xPBCH.Subblock = 'Even';
xPBCH.DummyValue = 0.7;
sf = SubFrame_Add_xPBCH_Subblock(sf,xPBCH);
xPBCH.Subblock = 'Odd';
xPBCH.DummyValue = 0.7;
sf = SubFrame_Add_xPBCH_Subblock(sf,xPBCH);
sf = radioframe(26);
xPBCH.N_DL_RB = 100;
xPBCH.N_RB_SC = 12;
xPBCH.Subblock = 'Even';
xPBCH.DummyValue = 0.7;
sf = SubFrame_Add_xPBCH_Subblock(sf,xPBCH);
xPBCH.Subblock = 'Odd';
xPBCH.DummyValue = 0.7;
sf = SubFrame_Add_xPBCH_Subblock(sf,xPBCH);
radioframe(1) = sf;
radioframe(26) = sf;
% Add BRS
sf = radioframe(1);
BRS.N_DL_RB = 100;
BRS.DummyValue = 0.2;
sf = SubFrame_AddBrs(sf,BRS);
radioframe(1) = sf;
sf = radioframe(26);
BRS.N_DL_RB = 100;
BRS.DummyValue = 0.2;
sf = SubFrame_AddBrs(sf,BRS);
radioframe(26) = sf;
% Add ePBCH
sf = radioframe(50);
ePBCH.N_DL_RB = 100;
ePBCH.DummyValue = 0.5;
sf = SubFrame_Add_ePBCH(sf,ePBCH);
ePBCH.AntennaPort = 500;
ePBCH.DummyValue = 0.3;
sf = SubFrame_Add_ePBCH_DMRS_Port(sf,ePBCH);
radioframe(50) = sf;
% Add BRRS
sf = radioframe(27);
BRRS.AntennaPort = 600;
BRRS.N_DL_RB = 100;
BRRS.N_RB_SC = 12;
BRRS.SymbolIndex = 12;
BRRS.DummyValue = 0.8;
sf = SubFrame_AddBrrs_Port(sf, BRRS);
BRRS.AntennaPort = 601;
BRRS.DummyValue = 0.8;
sf = SubFrame_AddBrrs_Port(sf, BRRS);
BRRS.AntennaPort = 602;
BRRS.DummyValue = 0.8;
sf = SubFrame_AddBrrs_Port(sf, BRRS);
BRRS.AntennaPort = 603;
BRRS.DummyValue = 0.8;
sf = SubFrame_AddBrrs_Port(sf, BRRS);
BRRS.AntennaPort = 604;
BRRS.DummyValue = 0.8;
sf = SubFrame_AddBrrs_Port(sf, BRRS);
BRRS.AntennaPort = 605;
BRRS.DummyValue = 0.8;
sf = SubFrame_AddBrrs_Port(sf, BRRS);
BRRS.AntennaPort = 606;
BRRS.DummyValue = 0.8;
sf = SubFrame_AddBrrs_Port(sf, BRRS);
BRRS.AntennaPort = 607;
BRRS.DummyValue = 0.8;
sf = SubFrame_AddBrrs_Port(sf, BRRS);
radioframe(27) = sf;
%Add xREG and xPDCCH DMRS
for i = [2:25 27:49]
sf = radioframe(i);
xREG.N_RB_SC = 12;
xREG.DummyValue1 = 0.2;
xREG.DummyValue2 = 0.5;
xREG.Symbol = 0;
sf = SubFrame_Add_xREG_Symbol(sf,xREG);
xREG.DummyValue1 = 0.5;
xREG.DummyValue2 = 0.2;
xREG.Symbol = 1;
sf = SubFrame_Add_xREG_Symbol(sf,xREG);
xPDCCH.N_RB_SC = 12;
xPDCCH.DummyValue = 0.7;
xPDCCH.Symbol = 0;
xPDCCH.n_xREG = 0;
sf = SubFrame_Add_xPDCCH_DMRS_UE(sf,xPDCCH);
radioframe(i) = sf;
end;
% Add PDSCH PNRS
for i = [2:25 27:49]
sf = radioframe(i);
xPDSCH.N_RB_SC = 12;
xPDSCH.n_PRB_xPDSCH = 0;
xPDSCH.N_PRB_xPDSCH = 4*25;
xPDSCH.lp_first_xPDSCH = 3;
xPDSCH.lp_last_xPDSCH = 13;
xPDSCH.AntennaPort = 60;
xPDSCH.DummyValue = 0.4;
sf = SubFrame_Add_xPDSCH_PNRS_Port(sf,xPDSCH);
xPDSCH.AntennaPort = 61;
xPDSCH.DummyValue = 0.6;
sf = SubFrame_Add_xPDSCH_PNRS_Port(sf,xPDSCH);
radioframe(i) = sf;
end;
figure(1);
Option = 0;
PlotFrame(radioframe,Option)
figure(2);
sf = radioframe(1);
PlotSubFrame(sf,0,14,450,750);
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PSS (Primary Synchronization Signal)
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Filename : SubFrame_AddPss.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.8.1.2
function sf = SubFrame_AddPss(subFrame)
p = 300;
N_DL_RB = 100;
N_RB_SC = 12;
d = 0 .* [0:61] + 1;
sList = [];
for n = 0:61
for l = 0:13
k = n - 31 + (N_DL_RB*N_RB_SC/2);
sList = [sList ; [l k d(n+1)]];
end
end
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : TestPSS.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
subframe = SubFrame_AddPss(subframe);
PlotSubFrame(subframe,0,14,450,750);
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SSS (Secondary Synchronization Signal)
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Filename : SubFrame_AddSss.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.8.2.2
function sf = SubFrame_AddSss(subFrame)
p = 300;
N_DL_RB = 100;
N_RB_SC = 12;
d = 0 .* [0:61] + 0.7;
sList = [];
for n = 0:61
for l = 0:13
k = n + 41 + (N_DL_RB*N_RB_SC/2);
sList = [sList ; [l k d(n+1)]];
end
end
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : TestSSS.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
subframe = SubFrame_AddSss(subframe);
PlotSubFrame(subframe,0,14,450,750);
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ESS (Extended Synchronization Signal)
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Filename : SubFrame_AddEss.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.8.3.2
function sf = SubFrame_AddEss(subFrame)
p = 300;
N_DL_RB = 100;
N_RB_SC = 12;
d = 0 .* [0:62] + 0.5;
sList = [];
for n = 0:62
for l = 0:13
k = n - 104 + (N_DL_RB*N_RB_SC/2);
sList = [sList ; [l k d(n+1)]];
end
end
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : TestESS.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
subframe = SubFrame_AddEss(subframe);
PlotSubFrame(subframe,0,14,450,750);
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xPBCH
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Filename : SubFrame_Add_xPBCH_Subblock.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.5.4
function sf = SubFrame_Add_xPBCH_Subblock(subFrame,xPBCH)
Subblock = upper(xPBCH.Subblock);
N_DL_RB = xPBCH.N_DL_RB;
N_RB_SC = xPBCH.N_RB_SC;
d = xPBCH.DummyValue;
sList = [];
if strcmp(Subblock,'EVEN') == 1
for l = 0:13
for kp = floor((N_DL_RB+18)/2):(N_DL_RB - 1)
for kpp = 0:3
k = kp * N_RB_SC + kpp;
sList = [sList ; [l k d]];
end; %end of for kpp = 0:3
end; %end of for kp = floor((N_DL_RB+18)/2):(N_DL_RB - 1)
end; %end of for l = 0:13
elseif strcmp(Subblock,'ODD') == 1
for l = 0:13
for kp = floor((N_DL_RB-18)/2)-1:-1:0
for kpp = 3:-1:0
k = kp * N_RB_SC + kpp;
sList = [sList ; [l k d]];
end; %end of for kpp = 0:3
end; %end of for kp = floor((N_DL_RB+18)/2):(N_DL_RB - 1)
end; %end of for l = 0:13
end;
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : Test_xPBCH.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
xPBCH.N_DL_RB = 100;
xPBCH.N_RB_SC = 12;
xPBCH.Subblock = 'Even';
xPBCH.DummyValue = 0.2;
subframe = SubFrame_Add_xPBCH_Subblock(subframe,xPBCH);
xPBCH.Subblock = 'Odd';
xPBCH.DummyValue = 0.5;
subframe = SubFrame_Add_xPBCH_Subblock(subframe,xPBCH);
PlotSubFrame(subframe,0,14,0,47);
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BRS (Beam measurement Reference Signal)
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Filename : SubFrame_AddBrs.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.7.4.2
function sf = SubFrame_AddBrs(subFrame,BRS)
N_DL_RB = BRS.N_DL_RB;
N_RB_SC = 12;
d = BRS.DummyValue;
kpList = [0:(floor(1/2*(N_DL_RB-18))-1) floor(1/2*(N_DL_RB+18)):(N_DL_RB-1)] ;
sList = [];
for l = 0:13
for kp = kpList
for kpp = 4:11
k = kp * N_RB_SC + kpp;
sList = [sList ; [l k d]];
end
end
end
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : TestBRS.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
BRS.N_DL_RB = 100;
BRS.DummyValue = 0.5;
subframe = SubFrame_AddBrs(subframe,BRS);
PlotSubFrame(subframe,0,14,0,48);
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BRRS (Beam Refinement Reference Signal)
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Filename : SubFrame_AddBrrs_Port.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.7.5.2
function sf = SubFrame_AddBrrs_Port(subFrame,BRRS)
p = BRRS.AntennaPort;
N_RB_SC = BRRS.N_RB_SC;
N_DL_RB = BRRS.N_DL_RB;
l = BRRS.SymbolIndex;
d = BRRS.DummyValue;
sList = [];
for m = 0:floor(3*N_DL_RB/8)-1
kp = p + 8*m - 600;
if 4*kp < floor(N_RB_SC*N_DL_RB/2)
k0 = 0;
else
k0 = 3;
end;
k = 4*kp+k0;
sList = [sList ; [l k d]];
end;
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : TestBRRS.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
BRRS.AntennaPort = 600;
BRRS.N_DL_RB = 100;
BRRS.N_RB_SC = 12;
BRRS.SymbolIndex = 12;
BRRS.DummyValue = 0.2;
subframe = SubFrame_AddBrrs_Port(subframe, BRRS);
BRRS.AntennaPort = 601;
BRRS.DummyValue = 0.3;
subframe = SubFrame_AddBrrs_Port(subframe, BRRS);
BRRS.AntennaPort = 602;
BRRS.DummyValue = 0.4;
subframe = SubFrame_AddBrrs_Port(subframe, BRRS);
BRRS.AntennaPort = 603;
BRRS.DummyValue = 0.5;
subframe = SubFrame_AddBrrs_Port(subframe, BRRS);
BRRS.AntennaPort = 604;
BRRS.DummyValue = 0.5;
subframe = SubFrame_AddBrrs_Port(subframe, BRRS);
BRRS.AntennaPort = 605;
BRRS.DummyValue = 0.6;
subframe = SubFrame_AddBrrs_Port(subframe, BRRS);
BRRS.AntennaPort = 606;
BRRS.DummyValue = 0.7;
subframe = SubFrame_AddBrrs_Port(subframe, BRRS);
BRRS.AntennaPort = 607;
BRRS.DummyValue = 0.8;
subframe = SubFrame_AddBrrs_Port(subframe, BRRS);
PlotSubFrame(subframe,0,14,0,48);
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ePBCH
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Filename : SubFrame_Add_ePBCH.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.5A.4
function sf = SubFrame_Add_ePBCH(subFrame,ePBCH)
N_DL_RB = ePBCH.N_DL_RB;
d = ePBCH.DummyValue;
sList = [];
for l = 0:13
for kp = 0:(2 * N_DL_RB - 1 )
for kpp = [0 1 3 4 5]
k = 6 * kp + kpp;
sList = [sList ; [l k d]];
end; %end of kpp = [0 1 3 4 5]
end; %end of for m = 0:(2 * N_DL_RB - 1 )
end; %end of for l = 0:13
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : Test_ePBCH.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
ePBCH.N_DL_RB = 100;
ePBCH.DummyValue = 0.5;
subframe = SubFrame_Add_ePBCH(subframe,ePBCH);
PlotSubFrame(subframe,0,14,0,47);
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ePBCH DMRS
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Filename : SubFrame_Add_ePBCH_DMRS_Port.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.7.7.2
function sf = SubFrame_Add_ePBCH_DMRS_Port(subFrame,ePBCH)
p = ePBCH.AntennaPort;
N_DL_RB = ePBCH.N_DL_RB;
d = ePBCH.DummyValue;
sList = [];
for l = 0:13
for m = 0:(2 * N_DL_RB - 1 )
k = 6 * m + 2;
sList = [sList ; [l k d]];
end; %end of for m = 0:(2 * N_DL_RB - 1 )
end; %end of for l = 0:13
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : Test_ePBCH_and_DMRS.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
ePBCH.N_DL_RB = 100;
ePBCH.DummyValue = 0.5;
subframe = SubFrame_Add_ePBCH(subframe,ePBCH);
ePBCH.AntennaPort = 500;
ePBCH.DummyValue = 0.3;
subframe = SubFrame_Add_ePBCH_DMRS_Port(subframe,ePBCH);
% ePBCH.AntennaPort = 501;
% ePBCH.DummyValue = 0.6;
% subframe = SubFrame_Add_ePBCH_DMRS_Port(subframe,ePBCH);
PlotSubFrame(subframe,0,14,0,47);
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xREG
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Filename : SubFrame_Add_xREG_Symbol.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.2.4
function sf = SubFrame_Add_xREG_Symbol(subFrame,xREG)
N_RB_SC = xREG.N_RB_SC;
d1 = xREG.DummyValue1;
d2 = xREG.DummyValue2;
l = xREG.Symbol;
sList = [];
for n_xREG = 0:15
for m = 0:11
for k1 = [0 1 4 5]
k0 = 6 * n_xREG * N_RB_SC;
k = k0 + k1 + 6 * m;
if mod(n_xREG,2) == 0
sList = [sList ; [l k d1]];
else
sList = [sList ; [l k d2]];
end;
end; %end of for k1 = [0 1 4 5]
end; %end of for m = 0:(2 * N_DL_RB - 1 )
end; %end of for n_xREG = 0:15
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : Test_xREG.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
xREG.N_RB_SC = 12;
xREG.DummyValue1 = 0.2;
xREG.DummyValue2 = 0.5;
xREG.Symbol = 0;
subframe = SubFrame_Add_xREG_Symbol(subframe,xREG);
xREG.DummyValue1 = 0.5;
xREG.DummyValue2 = 0.2;
xREG.Symbol = 1;
subframe = SubFrame_Add_xREG_Symbol(subframe,xREG);
PlotSubFrame(subframe,0,14,0,144);
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xPDCCH DMRS
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Filename : SubFrame_Add_xPDCCH_DMRS_UE.m
Last Update : Dec 7, 2016
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%V5G.211 - 6.7.2.2
function sf = SubFrame_Add_xPDCCH_DMRS_UE(subFrame,xPDCCH)
N_RB_SC = xPDCCH.N_RB_SC;
d = xPDCCH.DummyValue;
n_xREG = xPDCCH.n_xREG;
l = xPDCCH.Symbol;
sList = [];
for mp = 0:23
k0 = 6 * n_xREG * N_RB_SC;
k = k0 + 2 + mod(mp,2) + 6 * floor(mp / 2);
sList = [sList ; [l k d]];
end; %end of for mp = 0:23
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : Test_xPDCCH_DMRS_UE.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
xPDCCH.N_RB_SC = 12;
for j = 0:1
for i = 0:15
xPDCCH.DummyValue = 0.7;
xPDCCH.Symbol = j;
xPDCCH.n_xREG = i;
subframe = SubFrame_Add_xPDCCH_DMRS_UE(subframe,xPDCCH);
end
end
% xPDCCH.DummyValue = 0.7;
% xPDCCH.Symbol = 0;
% xPDCCH.n_xREG = 0;
% subframe = SubFrame_Add_xPDCCH_DMRS_UE(subframe,xPDCCH);
%
% xPDCCH.DummyValue = 0.7;
% xPDCCH.Symbol = 0;
% xPDCCH.n_xREG = 5;
% subframe = SubFrame_Add_xPDCCH_DMRS_UE(subframe,xPDCCH);
%
% xPDCCH.DummyValue = 0.7;
% xPDCCH.Symbol = 0;
% xPDCCH.n_xREG = 15;
% subframe = SubFrame_Add_xPDCCH_DMRS_UE(subframe,xPDCCH);
PlotSubFrame(subframe,0,14,0,144);
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Filename : Test_xREG_and_xPDCCH_DMRS_UE.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
xREG.N_RB_SC = 12;
xREG.DummyValue1 = 0.2;
xREG.DummyValue2 = 0.5;
xREG.Symbol = 0;
subframe = SubFrame_Add_xREG_Symbol(subframe,xREG);
xREG.DummyValue1 = 0.5;
xREG.DummyValue2 = 0.2;
xREG.Symbol = 1;
subframe = SubFrame_Add_xREG_Symbol(subframe,xREG);
xPDCCH.N_RB_SC = 12;
for j = 0:1
for i = 0:15
xPDCCH.DummyValue = 0.7;
xPDCCH.Symbol = j;
xPDCCH.n_xREG = i;
subframe = SubFrame_Add_xPDCCH_DMRS_UE(subframe,xPDCCH);
end
end
% xPDCCH.DummyValue = 0.7;
% xPDCCH.Symbol = 0;
% xPDCCH.n_xREG = 0;
% subframe = SubFrame_Add_xPDCCH_DMRS_UE(subframe,xPDCCH);
%
% xPDCCH.DummyValue = 0.7;
% xPDCCH.Symbol = 0;
% xPDCCH.n_xREG = 5;
% subframe = SubFrame_Add_xPDCCH_DMRS_UE(subframe,xPDCCH);
%
% xPDCCH.DummyValue = 0.7;
% xPDCCH.Symbol = 0;
% xPDCCH.n_xREG = 15;
% subframe = SubFrame_Add_xPDCCH_DMRS_UE(subframe,xPDCCH);
PlotSubFrame(subframe,0,14,0,144);
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xPDSCH PNRS
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Filename : SubFrame_Add_xPDSCH_PNRS_Port.m
Last Update : Dec 7, 2016
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% V5G.211 - 6.7.6.2
function sf = SubFrame_Add_xPDSCH_PNRS_Port(subFrame,xPDSCH)
p = xPDSCH.AntennaPort;
N_RB_SC = xPDSCH.N_RB_SC;
n_PRB_xPDSCH = xPDSCH.n_PRB_xPDSCH;
N_PRB_xPDSCH = xPDSCH.N_PRB_xPDSCH;
lp_first_xPDSCH = xPDSCH.lp_first_xPDSCH;
lp_last_xPDSCH = xPDSCH.lp_last_xPDSCH;
d = xPDSCH.DummyValue;
if (p == 60)
kp = 24;
elseif (p == 61)
kp = 23;
end;
sList = [];
for l = lp_first_xPDSCH:lp_last_xPDSCH
for mp = 0:(N_PRB_xPDSCH-1)
kpp = floor(mp/4);
k = N_RB_SC * (n_PRB_xPDSCH + kpp * 4) + kp;
sList = [sList ; [l k d]];
end; %end of for mp = 0:(N_PRB_xPDSCH-1)
end; %end of l = lp_first_xPDSCH:lp_last_xPDSCH
subFrame = SubFrame_SetSymbolAt(subFrame,sList);
sf = subFrame;
end
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Filename : TestPNRS_xPDSCH.m
Last Update : Dec 7, 2016
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subframe = CreateSubFrame(0,0,0);
xPDSCH.N_RB_SC = 12;
xPDSCH.n_PRB_xPDSCH = 0;
xPDSCH.N_PRB_xPDSCH = 4*25;
xPDSCH.lp_first_xPDSCH = 3;
xPDSCH.lp_last_xPDSCH = 13;
xPDSCH.AntennaPort = 60;
xPDSCH.DummyValue = 0.4;
subframe = SubFrame_Add_xPDSCH_PNRS_Port(subframe,xPDSCH);
xPDSCH.AntennaPort = 61;
xPDSCH.DummyValue = 0.6;
subframe = SubFrame_Add_xPDSCH_PNRS_Port(subframe,xPDSCH);
PlotSubFrame(subframe,0,14,0,47);
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Common Library
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Filename : SubFrame_SetSymbolAt.m
Last Update : Dec 7, 2016
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function sf = SubFrame_SetSymbolAt(subFrame,sList)
NoOfElement = size(sList,1);
for i = 1:NoOfElement
sItem = sList(i,:);
s = sItem(1)+1; % symbol Index
sc = sItem(2)+1; % subcarrier Index
sVal = sItem(3);
subFrame.Grid(s,sc) = sVal;
end
sf = subFrame;
end
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Filename : SubFrame_SetSymbolAtFrequency.m
Last Update : Dec 7, 2016
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function sf = SubFrame_SetSymbolAtFrequency(subFrame,scIndex,sStart,sEnd,sVec)
subFrame.Grid(sStart+1:sEnd+1,scIndex+1) = sVec';
sf = subFrame;
end
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Filename : SubFrame_SetSymbolAtTime.m
Last Update : Dec 7, 2016
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function sf = SubFrame_SetSymbolAtTime(subFrame,sIndex,scStart,scEnd,sVec)
subFrame.Grid(sIndex+1,scStart+1:scEnd+1) = sVec;
sf = subFrame;
end
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Filename : CreateFrame.m
Last Update : Dec 7, 2016
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function frm = CreateFrame()
t = 0:14 * 10 * 5;
f = 0:100;
[gx,gy] = meshgrid(t,f);
gz = (0 .* gx) + (0 .* gy);
frm = [gx, gy, gz];
end
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Filename : CreateSubFrame.m
Last Update : Dec 7, 2016
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function sf = CreateSubFrame(hfn,sfn,subframe)
sf.HyperFrameNumber = hfn;
sf.SystemFrameNumber = sfn;
sf.SubframeNumber = subframe;
sf.Grid = 0 .* ones(15,100*12+1);
end
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Filename : PlotSubframe.m
Last Update : Dec 7, 2016
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function h=PlotSubframe(subFrame,sStart,sEnd,scStart,scEnd)
m = subFrame.Grid;
xStep = 0:size(m,1)-1;
yStep = 0:size(m,2)-1;
[X,Y] = meshgrid(xStep,yStep);
Z = m'; %0 .* X + 0 .* Y;
%Z(601,1:14) = 0 .* [1:14] + 1;
subplot(1,2,1);
surface(X,Y,Z,'EdgeColor','none');
tMax = size(m,1);
fMax = size(m,2);
axis([0 (tMax-1) 0 fMax 0 1]);
view([0,90]);
xMin = sStart;
xMax = sEnd;
yMin = scStart;
yMax = scEnd;
subplot(1,2,2);
surface(X,Y,Z);
axis([xMin xMax yMin yMax 0 1]);
view([0,90]);
end
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Filename : PlotFrame.m
Last Update : Dec 7, 2016
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function h=PlotFrame(radioFrame,Option)
rf = radioFrame;
for i = 0:49
sf = rf(i+1);
m = sf.Grid;
xStep = 0:size(m,1)-1;
yStep = 0:size(m,2)-1;
[X,Y] = meshgrid(xStep,yStep);
Z = m'; %0 .* X + 0 .* Y;
%Z(601,1:14) = 0 .* [1:14] + 1;
subplot(1,50,i+1);
surface(X,Y,Z,'EdgeColor','none');
set(gca,'xticklabel',[]);
set(gca,'yticklabel',[]);
set(gca,'xtick',[]);
set(gca,'ytick',[]);
set(gca,'fontsize',6)
title(num2str(i));
% pos = [(i/50.0) 0.01 (1.0/50.0) 0.98];
% set(gca,'Position',pos)
view([0,90]);
end;
end
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