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<author>, <company>
<month year> May 2018 Project: IEEE P 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, Berlin, Germany Voice:[ ], Re: Abstract: This document provides the evaluation results on header and payload coding schemes of PM PHY to TG13. Purpose: Contribution to IEEE Notice: This document has been prepared to assist the IEEE P 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 P Malte Hinrichs, HHI <author>, <company>
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IEEE P802.15.13 Evaluation of PM PHY Header and Payload coding schemes
<month year> May 2018 IEEE P Evaluation of PM PHY Header and Payload coding schemes Date: Place: Warsaw, Poland Authors: Malte Hinrichs, HHI <author>, <company>
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Channel simulation Random Data Encoding Modulation: PAM-2 (bipolar)
May 2018 Channel simulation Random Data Ca. 5M (without 8B10B)/2M (with 8B10B) bits 2M/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-2 (bipolar) Channel: CIRs S3/D3 and S4/D7 + AWGN SNR 0-15 dB Malte Hinrichs, HHI
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Channel simulation May 2018 Error counting Uncoded CIR AWGN
Random bits CIR + AWGN Error counting RS Random bits RS CIR + RS-1 AWGN RS + 8B10B Error counting Random bits RS 8B10B CIR + 8B10B-1 RS-1 AWGN Malte Hinrichs, HHI
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Channel simulation May 2018 8B10B + RS Error counting CIR AWGN
Random bits 8B10B RS CIR + RS-1 8B10B-1 AWGN 8B10B + RS + 8B10B parity Parity bits 8B10B 8B10B-1 Parity bits Error counting Random bits 8B10B RS CIR + RS-1 8B10B-1 AWGN Malte Hinrichs, HHI
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Header coding schemes Channel AWGN
Month Year doc.: IEEE yy/xxxxr0 May 2018 Header coding schemes Channel AWGN OCR: baseband Number of bits: Uncoded 4,999,970 RS 36,24 4,999,968 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 1,998,720 8B10B Malte Hinrichs, HHI John Doe, Some Company
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Header coding schemes Channel S3/D3, OCR 6.25 MHz
May 2018 Header coding schemes Channel S3/D3, OCR 6.25 MHz Number of bits: Uncoded 1,999,872 RS 36,24 999,936 + 8B10B 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S3/D3, OCR 12.5 MHz
May 2018 Header coding schemes Channel S3/D3, OCR 12.5 MHz Number of bits: Uncoded 4,999,968 RS 36,24 1,999,872 + 8B10B 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S3/D3, OCR 25 MHz
May 2018 Header coding schemes Channel S3/D3, OCR 25 MHz Number of bits: Uncoded 4,999,968 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S3/D3, OCR 50 MHz
May 2018 Header coding schemes Channel S3/D3, OCR 50 MHz Number of bits: Uncoded 4,999,968 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S3/D3, OCR 100 MHz
May 2018 Header coding schemes Channel S3/D3, OCR 100 MHz Number of bits: Uncoded 4,999,968 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S3/D3, OCR 200 MHz
May 2018 Header coding schemes Channel S3/D3, OCR 200 MHz Number of bits: Uncoded 4,999,968 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S4/D7, OCR 6.25 MHz
May 2018 Header coding schemes Channel S4/D7, OCR 6.25 MHz Number of bits: Uncoded 1,999,872 RS 36,24 999,936 + 8B10B 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S4/D7, OCR 12.5 MHz
May 2018 Header coding schemes Channel S4/D7, OCR 12.5 MHz Number of bits: Uncoded 4,999,968 RS 36,24 1,999,872 + 8B10B 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S4/D7, OCR 25 MHz
May 2018 Header coding schemes Channel S4/D7, OCR 25 MHz Number of bits: Uncoded 4,999,968 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S4/D7, OCR 50 MHz
May 2018 Header coding schemes Channel S4/D7, OCR 50 MHz Number of bits: Uncoded 4,999,968 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S4/D7, OCR 100 MHz
May 2018 Header coding schemes Channel S4/D7, OCR 100 MHz Number of bits: Uncoded 4,999,968 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Header coding schemes Channel S4/D7, OCR 200 MHz
May 2018 Header coding schemes Channel S4/D7, OCR 200 MHz Number of bits: Uncoded 4,999,968 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel AWGN
May 2018 Payload coding schemes Channel AWGN OCR: baseband Number of bits: Uncoded 4,999,970 RS 256,248 4,999,680 RS 256, B10B 1,986,480 8B10B + RS 256,248 1,999,872 8B10B + RS 256, B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S3/D3, OCR 6.25 MHz
May 2018 Payload coding schemes Channel S3/D3, OCR 6.25 MHz Number of bits: Uncoded 1,999,872 RS 36,24 + 8B10B 999,936 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S3/D3, OCR 12.5 MHz
May 2018 Payload coding schemes Channel S3/D3, OCR 12.5 MHz Number of bits: Uncoded 1,999,872 RS 36,24 + 8B10B 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S3/D3, OCR 25 MHz
May 2018 Payload coding schemes Channel S3/D3, OCR 25 MHz Number of bits: Uncoded 4,999,680 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S3/D3, OCR 50 MHz
May 2018 Payload coding schemes Channel S3/D3, OCR 50 MHz Number of bits: Uncoded 4,999,680 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S3/D3, OCR 100 MHz
May 2018 Payload coding schemes Channel S3/D3, OCR 100 MHz Number of bits: Uncoded 4,999,680 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S3/D3, OCR 200 MHz
May 2018 Payload coding schemes Channel S3/D3, OCR 200 MHz Number of bits: Uncoded 4,999,680 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S4/D7, OCR 6.25 MHz
May 2018 Payload coding schemes Channel S4/D7, OCR 6.25 MHz Number of bits: Uncoded 1,999,872 RS 36,24 + 8B10B 999,936 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S4/D7, OCR 12.5 MHz
May 2018 Payload coding schemes Channel S4/D7, OCR 12.5 MHz Number of bits: Uncoded 1,999,872 RS 36,24 + 8B10B 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S4/D7, OCR 25 MHz
May 2018 Payload coding schemes Channel S4/D7, OCR 25 MHz Number of bits: Uncoded 4,999,680 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S4/D7, OCR 50 MHz
May 2018 Payload coding schemes Channel S4/D7, OCR 50 MHz Number of bits: Uncoded 4,999,680 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S4/D7, OCR 100 MHz
May 2018 Payload coding schemes Channel S4/D7, OCR 100 MHz Number of bits: Uncoded 4,999,680 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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Payload coding schemes Channel S4/D7, OCR 200 MHz
May 2018 Payload coding schemes Channel S4/D7, OCR 200 MHz Number of bits: Uncoded 4,999,680 RS 36,24 + 8B10B 1,999,872 8B10B + RS 36,24 + 8B10B parity 8B10B Malte Hinrichs, HHI
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SNR / Eb/N0 relation 𝐸 𝑏 𝑁 0 =𝑆𝑁𝑅∗ 𝐵 𝑓 𝑏 May 2018 Code redundancy n
𝐸 𝑏 𝑁 0 =𝑆𝑁𝑅∗ 𝐵 𝑓 𝑏 For PAM-2 (1 sample/symbol): 𝑓 𝑏 = 𝑓 𝑠 𝑛 𝐵= 𝑓 𝑠 2 fb = bit rate, B = bandwidth, fs = sampling rate, n = code redundancy Code redundancy n Uncoded 1 8B10B 1,25 RS 36,24 1,5 RS 36,24 + 8B10B 1,875 8B10B + RS 36,24 8B10B + RS 36,24 + 8B10B parity 2, RS 256,248 1, RS 256, B10B 1, 8B10B + RS 256,248 8B10B + RS 256, B10B parity 1, Malte Hinrichs, HHI
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