January 2014
doc.: IEEE 802.11-14/0018r0
PHY Simulations and Methodology
Date: 2014-01-18
Presenter:
Name
Company
Address
Phone
Bo Gao
Tsinghua
University
10-202, Rohm
Building, Tsinghua
Universit
[email protected]
62772387 .edu.cn
Submission
Slide 1
email
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
Authors/Supporters List
Name
Company
Email
CHEN, Jiamin
Huawei /CWPAN
[email protected]
CHEN, Qian
I2R / CWPAN
[email protected]
CHIN, Francois
I2R /CWPAN
[email protected]
DU, Guanglong
BUPT/CWPAN
[email protected]
GAO, Bo
Tsinghua /CWPAN
[email protected]
HAO, Peng
JUST /CWPAN
[email protected]
HONG, Wei
SEU /CWPAN
[email protected]
LI, Dejian
Huawei/CWPAN
[email protected]
LI, Zhiqiang
IMECAS /CWPAN
[email protected]
LIU, Jianhan
[email protected]
LIU, Pei
Media Tek/CWPAN
Hangzhou Millimeter Wave
/CWPAN
Hisilicon /CWPAN
LU, Su
Huawei /CWPAN
[email protected]
PENG, Xiaoming
I2R/CWPAN
[email protected]
PNG, Khiam Boon
I2R /CWPAN
[email protected]
SUN, Bo
ZTE/CWPAN
[email protected]
WANG, Haiming
SEU /CWPAN
[email protected]
YEE, James
Media Tek/CWPAN
[email protected]
LIU, Zongru
Submission
Slide 2
[email protected]
[email protected]
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
Authors/Supporters List
Name
Company
Email
YUE, Guangrong
UESTC/CWPAN
[email protected]
ZHANG, Changming
Tshinghua University/CWPAN
[email protected]
ZHUO, Lan
CESI/CWPAN
[email protected]
ZOU, Weixia
BUPT/CWPAN
[email protected]
XIAO, Zhenyu
Tshinghua University/CWPAN
[email protected]
(This will grow to reflect those providing explicit contributions/review comments and support of this document.
Please feel free to let author know if any name is missing from this list.)
Submission
Slide 3
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
Abstract
•
•
This document is part and is in support of the complete proposal described in
802.11-13/1301r2 (slides) and 802.11-13/1302r1 (text).
This document contains physical layer (PHY) simulation results for new MCSs for
the TGaj complete proposal(60GHz).
Submission
Slide 4
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
Simulation Conditions
•
Except as noted below, the following general conditions were
employed for the PHY simulations:
• Channel Model:
• 802.11ad Channel Models
Channel LOS: Conference room, directional TX, directional RX, LOS
Channel NLOS: Conference room, directional TX, directional RX,
NLOS
Submission
Slide 5
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
CMCS
• Ctrl PHY
CMCS
Index
Modulation
Code Rate (Spreading
Factor if not = 1)
Payload Rate，
11ad (Mbps)
Payload Rate，
1.08GHz (Mbps)
0
Pi/2-DBPSK
1/2 (32, with pi/2-rotation)
27.5
13.75
Submission
Slide 6
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
CMCS
• OFDM PHY
CMCS
Index
Modulation
Code Rate (Spreading
Factor if not = 1)
Payload Rate，
11ad (Mbps)
Payload Rate，
1.08GHz (Mbps)
18
SQPSK
1/2
693
346.5
19
SQPSK
5/8
866.25
433.125
20
QPSK
1/2
1386
693
21
QPSK
5/8
1732.5
866.25
22
QPSK
3/4
2079
1039.5
23
16QAM
1/2
2772
1386
24
16QAM
5/8
3465
1732.5
25
16QAM
3/4
4158
2079
26
16QAM
13/16
4504.5
2252.25
27
64QAM
5/8
5197.5
2598.75
28
64QAM
3/4
6237
3118.5
29
64QAM
13/16
6756.75
3378.375
Submission
Slide 7
Bo Gao
January 2014
• MR SC PHY
doc.: IEEE 802.11-14/0018r0
CMCS
CMCS
Index
Modulation
Code Rate (Spreading
Factor if not = 1)
Payload Rate，
11ad (Mbps)
Payload Rate，
1.08GHz (Mbps)
1
pi/2-BPSK
1/2 (2)
385
192.5
2
pi/2-BPSK
1/2
770
385
3
pi/2-BPSK
5/8
962.5
481.25
4
pi/2-BPSK
3/4
1155
577.5
5
pi/2-BPSK
13/16
1251.25
625.625
6
pi/2-QPSK
1/2
1540
770
7
pi/2-QPSK
5/8
1925
962.5
8
pi/2-QPSK
3/4
2310
1155
9
pi/2-QPSK
13/16
2502.5
1251.25
Submission
Slide 8
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
CMCS
• HR SC PHY
CMCS
Index
Modulation
Code Rate (Spreading
Factor if not = 1)
Payload Rate，
11ad (Mbps)
Payload Rate，
1.08GHz (Mbps)
10
pi/2-16QAM
1/2
3080
1540
11
pi/2-16QAM
5/8
3850
1925
12
pi/2-16QAM
3/4
4620
2310
13
pi/2-16QAM
13/16
\
2502.5
14
pi/2-64QAM
1/2
\
2310
15
pi/2-64QAM
5/8
\
2887.5
16
pi/2-64QAM
3/4
\
3465
17
pi/2-64QAM
13/16
\
3753.75
Submission
Slide 9
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
IQ compensation evaluation (LOS channel, 16-QAM)
-2
10
Ideal, R=1/2 CMCS 10
Ideal, R=5/8 CMCS 11
Ideal, R=3/4 CMCS 12
Ideal, R=13/16 CMCS 13
No compensation, R=1/2
No compensation, R=5/8
No compensation, R=3/4
No compensation, R=13/16
With compensation, R=1/2
With compensation, R=5/8
With compensation, R=3/4
With compensation, R=13/16
-3
BER
10
-4
10
-5
10
5.5
6
Submission
6.5
7
7.5
8
8.5
Eb/N0 (dB)
9
Slide 10
9.5
10
10.5
11
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
IQ compensation evaluation (NLOS channel, 16-QAM)
-2
10
Ideal, R=1/2 CMCS 10
Ideal, R=5/8 CMCS 11
Ideal, R=3/4 CMCS 12
Ideal, R=13/16 CMCS 13
No compensation, R=1/2
No compensation, R=5/8
No compensation, R=3/4
No compensation, R=13/16
With compensation, R=1/2
With compensation, R=5/8
With compensation, R=3/4
With compensation, R=13/16
-3
BER
10
-4
10
-5
10
6.5
7
7.5
Submission
8
8.5
9
9.5
10
10.5
Eb/N0
11
11.5
Slide 11
12
12.5
13
13.5
14
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
IQ compensation evaluation (LOS channel, 64-QAM)
-2
10
Ideal, R=1/2 CMCS 14
Ideal, R=5/8 CMCS 15
Ideal, R=3/4 CMCS 16
Ideal, R=13/16 CMCS 17
No compensation, R=1/2
No compensation, R=5/8
No compensation, R=3/4
No compensation, R=13/16
With compensation, R=1/2
With compensation, R=5/8
With compensation, R=3/4
With compensation, R=13/16
-3
BER
10
-4
10
-5
10
8 8.5
9
9.5 10 10.5 11 11.5 12 12.5 13 13.5 14 14.5 15 15.5 16 16.5 17 17.5 18 18.5 19 19.5 20
Eb/N0
Submission
Slide 12
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
IQ compensation evaluation (NLOS channel, 64-QAM)
-2
10
Ideal, R=1/2 CMCS 14
Ideal, R=5/8 CMCS 15
Ideal, R=3/4 CMCS 16
Ideal, R=13/16 CMCS 17
No compensation, R=1/2
No compensation, R=5/8
No compensation, R=3/4
No compensation, R=13/16
With compensation, R=1/2
With compensation, R=5/8
With compensation, R=3/4
With compensation, R=13/16
-3
BER
10
-4
10
-5
10
10 10.5 11 11.5 12 12.5 13 13.5 14 14.5 15 15.5 16 16.5 17 17.5 18 18.5 19 19.5 20 20.5 21 21.5 22
Eb/N0
Submission
Slide 13
Bo Gao
January 2014
doc.: IEEE 802.11-14/0018r0
Thanks！
Submission
Slide 14
Bo Gao