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Doc.: IEEE 802. 15-06-0379-00-003c Submission August 2006 Yozo Shoji, NICTSlide 1 Project: IEEE P802.15 Working Group for Wireless Personal Area Networks.

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Presentation on theme: "Doc.: IEEE 802. 15-06-0379-00-003c Submission August 2006 Yozo Shoji, NICTSlide 1 Project: IEEE P802.15 Working Group for Wireless Personal Area Networks."— Presentation transcript:

1 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [Re-summarization of merged Usage Model Definitions parameters ] Date Submitted: [August 29, 2006] Source: [Yozo Shoji 1, Chang-Soon Choi 1, Shuzo Kato 1, Ichihiko Toyoda 2, Kenichi Kawasaki 3, Hiroyuki Nakase 4 ] Company [NICT 1, NTT 2, SONY 3, Tohoku University 4 ] Address 1 [3-4 Hikari-no-oka, Yokosuka-shi, Kanagawa , Japan] Address 2 [1-1 Hikari-no-oka, Yokosuka-shi, Kanagawa , Japan] Address 3 [ Kitashinagawa, Shinagawa-ku, Tokyo , Japan] Address 4 [2-1-1 Katahira, Aoba-ku, Sendai-shi, Miyagi , Japan] Voice:[ , , , ] FAX: [ , , , ] [ 1, 1, 1, 2, 3, 4 ] Re: [] Abstract:[Re-summarizing parameters of merged Usage Model Definitions] Purpose:[To be considered in 15.3c Usage Model Document] 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

2 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 2 Re-summarization of merged Usage Model Definitions parameters Yozo Shoji, Chang-Soon Choi, Shuzo Kato (NiCT) Ichihiko Toyoda(NTT) Kenichi Kawasaki (Sony) Hiroyuki Nakase (Tohoku University)

3 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 3 Purpose of this document Categorization of Usage Model Definitions (UMDs) and their data rate parameters considering “Mandatory” and “Optional” target data rate in TG3c –“Mandatory” UMD should be realized by 2- Gbps PHY-SAP data rate channel –“Optional” UMD should be realized by 3-Gbps PHY-SAP data rate channel

4 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 4 EnvironmentRaw-data rateBER/PiERDistanceNote Mandatory LOS/NLOS- Residential (STB-TV) Gbps (1920 x 1080i x 24bit x 60Hz) Pixel5 m No data retransmission required for video signal Low data rate reverse link is noted by dotted line Optional LOS/NLOS- Residential (STB-TV) Gbps (1920 x 1080p x 24bit x 60Hz) Pixel10 m Note: “Raw-data rate” is defined as the data rate required to transmit contents for the application itself

5 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 5 EnvironmentRaw-data rateBER/PiERDistanceNote Mandatory LOS-Residential (STB-TV1) Gbps (720 x 480p x 24bit x 60Hz ) Pixel5 m No data retransmission required for video signal Low data rate reverse link is noted by dotted line Separation between TV1-TV2 is more than 1 m Different Video contents on each link NLOS-Residential (STB-TV2) Gbps (720 x 480p x 24bit x 60Hz ) Optional LOS-Residential (STB-TV1) Gbps (1920 x 1080i x 24bit x 60Hz) Pixel5 m NLOS-Residential (STB-TV2) Gbps (720 x 480p x 24bit x 60Hz ) 1 m

6 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 6 Environment Raw-data rate BER/PERDistanceNote MandatoryLOS Desktop (C-TV1) Gbps stream (SXGA, 16bit *see appendix) Pixel 1 mNo data retransmission required for video signal (U1/U2) Low data rate reverse link is noted by dotted line (U1/U2) 1 Gbps burst file-transfer link is shared by U5 and U8 Asymmetric download/upload (U5, U8) Low data rate reverse link during download/upload (U5, U8) 2Gbps throughput at PHY-SAP in total LOS Desktop (C-HDD) 1 Gbps, burst (Equivalent to Gb Ethernet access) 10 % PER1 m NLOS Office (C-PR) 5 m OptionalLOS Desktop (C-TV1) Gbps stream (SXGA, 32bit *see appendix) Pixel 1 mNo data retransmission required for video signal (U1/U2) Low data rate reverse link is noted by dotted line (U1/U2) 1 Gbps burst file-transfer link is shared by U5 and U8 Asymmetric download/upload (U5, U8) Low data rate reverse link during download/upload (U5, U8) 3Gbps throughput at PHY-SAP in total LOS Desktop (C-HDD) 1 Gbps, burst (Equivalent to Gb Ethernet access) 10 % PER1 m NLOS office (C-PR) 5 m U8

7 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 7 UM4 Gb Conference Ad-hoc EnvironmentRaw-data rateBER/PiERDistanceNote MandatoryLOS Office1.258 Gbps stream (SXGA, 16bit *see appendix) Pixel 5 mNo data retransmission required for video signal (U1/U2) Low data rate reverse link is noted by dotted line (U1/U2) AP is connected to wired LAN 1 Gbps burst file-transfer link is shared by U16 and U17 2Gbps throughput at PHY-SAP in total LOS Desktop (C0-C1-C2) 1 Gbps, burst (Equivalent to Gb Ethernet access) 10 % PER1 m LOS Office (C0,C1,C2)-AP 3 m OptionalLOS Office2.517 Gbps stream (SXGA, 32bit *see appendix) Pixel 5 mNo data retransmission required for video signal (U1/U2) Low data rate reverse link is noted by dotted line (U1/U2) AP is connected to wired LAN 1 Gbps burst file-transfer link is shared by U16 and U17 3Gbps throughput at PHY-SAP in total LOS Desktop (C0-C1-C2) 1 Gbps, burst (Equivalent to Gb Ethernet access) 10 % PER1 m LOS Office (C0,C1,C2)-AP 3 m

8 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 8 UM5 Kiosk file-downloading U7/U9 PDA2 Server U7/U9 Environment Raw-data rate BER/PERDistanceNote MandatoryLOS-office (Server-PDA) 1 Gbps burst (Server- PDA1 and PDA2) 10% PER 1 mAsymmetric download Low data rate reverse link 2Gbps throughput at PHY- SAP in total OptionalLOS-office (Server-PDA) 1.5 Gbps burst (Server-PDA1 and PDA2) 10% PER 1 mAsymmetric download Low data rate reverse link 3Gbps throughput at PHY- SAP in total PDA1

9 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 9 Summary Re-summarized the parameters of Usage Model Definitions Organized the parameters into two categories, “Mandatory” and “Optional” following the current target PHY-SAP data rate in TG3c This re-summarization was reviewed in the mmW Commercialization Consortium

10 doc.: IEEE c Submission August 2006 Yozo Shoji, NICTSlide 10 Appendix (the ground of required raw data rate) DVI-D Note: A refresh rate of 60 Hz was assumed for the data rate calculations in the DVI table above. CEA-861-D ResolutionFrame rateRaw data rate (24bit) 640×480p59.94/60Hz0.442 Gbps 1280×720p59.94/60Hz1.327 Gbps 1920×1080i59.94/60Hz1.493 Gbps 1920×1080p 60Hz2.986 Gbps 720×480p59.94/60Hz0.497 Gbps 720(1440)×480p59.94/60Hz0.497 (0.995) Gbps 1280×720p50Hz1.106 Gbps 1920×1080p50Hz2.488 Gbps 720×576p50Hz0.497 Gbps 720(1440)×576p50Hz0.497(0.995) Gbps


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