Slide 1 Project IEEE P80215 Working Group for Wireless Personal Area Networks WPANs Submission Title Evaluation of PM PHY Header and Payload Date Submitted 15 June 2018 Source ID: 674019
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Slide1
May 2018
Malte Hinrichs, HHI
Slide 1
Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs)
Submission Title:
Evaluation of PM
PHY Header
and
Payload
Date Submitted:
15 June 2018
Source:
Malte Hinrichs, Volker Jungnickel [
Fraunhofer
HHI]
Address:
Einsteinufer
37, 10587 Berlin, Germany
Voice:[+49-30
-31002 284
],
E-Mail
:[malte.hinrichs@hhi.fraunhofer.de]
Re
:
Abstract
:
This document provides the evaluation results
on
header and payload coding schemes of PM PHY to TG13.
Purpose:
Contribution to IEEE 802.15.13
Notice:
This document has been prepared to assist the IEEE P802.15. It is offered as a basis for discussion and is not binding on the contributing individual(s) or organization(s). The material in this document is subject to change in form and content after further study. The contributor(s) reserve(s) the right to add, amend or withdraw material contained herein.
Release:
The contributor acknowledges and accepts that this contribution becomes the property of IEEE and may be made publicly available by P802.15. Slide2
IEEE P802.15.13
Evaluation of PM PHY
Header and Payload coding schemesMay 2018
Malte Hinrichs, HHI
Slide
2
Date:
2018-04-27
Place: Warsaw, Poland
Authors:Slide3
Channel simulation
Random Data
Ca. 5M (without 8B10B)/2M (with 8B10B) bits2M/1M bits for low OCR
Encoding
Reed-Solomon 36,24 (Header), 256,248 (Payload)
8B10B line coding
Separate 8B10B line coding for RS parity bits
Modulation:
PAM-2Channel: CIRs S3/D3 and S4/D7 + AWGNSNR 0-15 dBSlide 3Malte Hinrichs, HHIMay 2018Slide4
Channel simulation
Slide
4Malte Hinrichs, HHI
May 2018
Random
bits
AWGN
+
RS
8B10B
RS
-1
8B10B
-1
Random
bits
AWGN
+
Error counting
Error counting
Random
bits
AWGN
+
RS
RS
-1
Error counting
Uncoded
RS
RS + 8B10B
CIR
CIR
CIRSlide5
Channel simulation
Slide
5Malte Hinrichs, HHI
May 2018
Random
bits
AWGN
+
8B10B
RS
8B10B
-1
RS
-1
Error counting
8B10B
Parity
bits
8B10B
-1
Parity
bits
8B10B + RS
8B10B + RS
+ 8B10B
parity
Random
bits
AWGN
+
RS
8B10B
RS
-1
8B10B
-1
Error counting
CIR
CIRSlide6
Header
coding
schemesChannel AWGN
Slide
6
Malte Hinrichs, HHI
May 2018
OCR:
basebandUncoded4,999,970RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,8728B10B + RS 36,24+ 8B10B parity
1,998,7208B10B
1,999,872Number of bits
:Slide7
Header coding
schemesChannel S3/D3, OCR 6.25 MHz
Slide
7
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded1,999,872RS 36,24999,936RS 36,24+ 8B10B999,9368B10B + RS 36,24999,936
8B10B + RS 36,24+ 8B10B parity999,936
8B10B999,936Slide8
Header coding
schemesChannel S3/D3, OCR 12.5 MHz
Slide
8
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,241,999,872RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide9
Header coding
schemesChannel S3/D3, OCR 25 MHz
Slide
9
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide10
Header coding
schemesChannel S3/D3, OCR 50 MHz
Slide
10
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide11
Header coding
schemesChannel S3/D3, OCR 100 MHz
Slide
11
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide12
Header coding
schemesChannel S3/D3, OCR 200 MHz
Slide
12
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide13
Header coding
schemesChannel S4/D7, OCR 6.25 MHz
Slide
13
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded1,999,872RS 36,24999,936RS 36,24+ 8B10B999,9368B10B + RS 36,24999,936
8B10B + RS 36,24+ 8B10B parity999,936
8B10B999,936Slide14
Header coding
schemesChannel S4/D7, OCR 12.5 MHz
Slide
14
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,241,999,872RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide15
Header coding
schemesChannel S4/D7, OCR 25 MHz
Slide
15
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide16
Header coding
schemesChannel S4/D7, OCR 50 MHz
Slide
16
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide17
Header coding
schemesChannel S4/D7, OCR 100 MHz
Slide
17
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide18
Header coding
schemesChannel S4/D7, OCR 200 MHz
Slide
18
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,968RS 36,244,999,968RS 36,24+ 8B10B1,999,8728B10B + RS 36,241,999,872
8B10B + RS 36,24+ 8B10B parity1,999,872
8B10B1,999,872Slide19
Payload
coding
schemesChannel AWGN
Slide
19
Malte Hinrichs, HHI
May 2018
OCR:
basebandUncoded4,999,970RS 256,2484,999,680RS 256,248 + 8B10B1,986,4808B10B + RS 256,2481,999,8728B10B + RS 256,248 + 8B10B parity
1,999,8728B10B
1,999,872Number of
bits
:Slide20
Payload coding
schemesChannel S3/D3, OCR 6.25 MHz
Slide
20
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded1,999,872RS 36,241,999,872RS 36,24+ 8B10B999,9368B10B + RS 36,24
999,9368B10B + RS 36,24
+ 8B10B parity999,9368B10B
999,936Slide21
Payload coding
schemesChannel S3/D3, OCR 12.5
MHz
Slide
21
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded1,999,872RS 36,241,999,872RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide22
Payload coding
schemesChannel S3/D3, OCR 25
MHz
Slide
22
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,680RS 36,244,999,680RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide23
Payload coding
schemesChannel S3/D3, OCR 50
MHz
Slide
23
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,680RS 36,244,999,680RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide24
Payload coding
schemesChannel S3/D3, OCR 100
MHz
Slide
24
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,680RS 36,244,999,680RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide25
Payload coding
schemesChannel S3/D3, OCR 200
MHz
Slide
25
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,680RS 36,244,999,680RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide26
Payload coding
schemesChannel S4/D7, OCR 6.25 MHz
Slide
26
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded1,999,872RS 36,241,999,872RS 36,24+ 8B10B999,9368B10B + RS 36,24
999,936
8B10B + RS 36,24+ 8B10B parity999,9368B10B
999,936Slide27
Payload coding
schemesChannel S4/D7, OCR 12.5
MHz
Slide
27
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded1,999,872RS 36,241,999,872RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide28
Payload coding
schemesChannel S4/D7, OCR 25
MHz
Slide
28
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,680RS 36,244,999,680RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide29
Payload coding
schemesChannel S4/D7, OCR 50
MHz
Slide
29
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,680RS 36,244,999,680RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide30
Payload coding
schemesChannel S4/D7, OCR 100
MHz
Slide
30
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,680RS 36,244,999,680RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide31
Payload coding
schemesChannel S4/D7, OCR 200
MHz
Slide
31
Malte Hinrichs, HHI
May 2018
Number
of bits:Uncoded4,999,680RS 36,244,999,680RS 36,24+ 8B10B1,999,8728B10B + RS 36,24
1,999,872
8B10B + RS 36,24+ 8B10B parity1,999,8728B10B
1,999,872Slide32
SNR / E
b/N0 relation
Uncoded
1
8B10B
1,25
RS
36,24
1,5RS 36,24 + 8B10B1,875
8B10B + RS 36,241,875
8B10B + RS 36,24 + 8B10B parity2,03125
RS
256,248
1,03225806
RS
256,248
+ 8B10B
1,29032258
8B10B + RS
256,248
1,29032258
8B10B + RS
256,248
+ 8B10B parity
1,30040323
Slide
32
Malte Hinrichs, HHI
May 2018
Code
redundancy
n
For
PAM-2 (1 sample/
symbol
):
f
b
=
bit
rate, B =
bandwidth
,fs = sampling rate,n =
code redundancy