doc.: IEEE c TG3c November 2006 R. Fisher, Oki Electric Industry co. LtdSlide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [TG3c Closing Report November 2006 Dallas Tx] Date Submitted: [16 November 2006] Source: [Reed Fisher] Company [Oki Electric Industry Co., Ltd.] Address [2514 E. Maddox Rd., Buford, GA USA.] Voice:[ ] Re : [] Abstract:[Description of TG3c November 2006 meeting proceedings ] Purpose:[Report to Closing Interim Meeting, 17 November 2006] 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

doc.: IEEE c TG3c November 2006 R. Fisher, Oki Electric Industry co. LtdSlide 2 TG3c 10 th Meeting, Dallas Closing Report 17 November, 2006

doc.: IEEE c TG3c November 2006 R. Fisher, Oki Electric Industry co. LtdSlide :00 November 14 Call to order. 2.TG3c Leadership: Chair: R. Fisher. vice Chair: H. Ogawa, A. Mathew Secretaries : H. Ikeda, S-K Yong 3. Attendance: Approx attendees in each slot 4.Eleven 2-hour time slots were allocated 5. 18:00 November 16 Meeting adjourned Nov. 14 (Tue) Nov. 15 (Wed) Nov. 16 (Thu) AM1XXX AM2XX PM1XXX PM2XXX

doc.: IEEE c TG3c November 2006 R. Fisher, Oki Electric Industry co. LtdSlide 4 Meeting Accomplishments Two Usage Models (UM1&5) were defined as mandatory and the other three (UM2,3 & 4) were defined as optional for simulation and selection purpose. Channel Modeling document was finalized and approved. Technical Requirements were discussed. Reference antenna for UM simulation was defined. PA model for UM simulation was defined. Phase noise model for UM simulation was defined Path loss model for UM simulation was defined Heard three other contributions Modulation, 60GHz RF CMOS Wireless HD SIG channelization plan Discussed and updated TG3c project timeline.

doc.: IEEE c TG3c November 2006 R. Fisher, Oki Electric Industry co. LtdSlide 5 Contribution List # TitleDoc. #Presented by 1tg3c-opening-introduction06/432r0 -R. Fisher 215-3c-sep06-meeting-agenda-and-objectives06/432r6 -R. Fisher 3CHANNEL MODEL STATUS REPORT06/037r5 -A. Mathew 4Proposed Antenna Model for TG3c06/482r0 S. K. Yong 5summary-reflection-measurements-with-circular-polarizati06/471r0 -Z. Lai/ A. Mathew 6NLOS residential channel model based on TSV model06/454r0 -H. Sawada 7NLOS office channel model based on TSV model06/478r1 -H. Sawada 8Improvement for the amplitude statistics in S-V model06/453r0 -H. Sawada 9Reference antenna models proposal for each Usage Model Definition06/427r4 -H. Sawada 10Reference antenna model with side lobe for TG3c evaluation06/474r0 -I. Toyoda 11reference-pattern-models-directional-antennas06/455r0 -A. Maltsev 12reference-pattern-models-phased-antenna-arrays06/303r0 -A. Maltsev 1360 GHz Channel Measurements for Video Supply in Trains, Busses and Aircraft Scenario06/476r0 -E. Grass 14A Modified MATLAB Simulation Program for TSV-channel model06/468r0 -H. Harada 15Channel Modeling Document06/483r3 -S. K. Yong

doc.: IEEE c TG3c November 2006 R. Fisher, Oki Electric Industry co. LtdSlide 6 Contribution List (Continued) 16UMD Status Report06/146r5 -A. Sadri 17Performance degradation due to PDA jitter in UM5 simulation06/440r2 -C.S. Choi 18Error rate of uncompressed video06/444r0 -K. Kawasaki 19 Proposal for geometry applicable to Usage Models 2,3 & 4 06/441r3 -F. Kojima 20simplified-geometry-usage-model-4.ppt06/486r0 C.T. Chou 21Considerations to support 15.3cMAC06/450r0 -F. Kojima 22Bridging the gap between SC and OFDM as a basis for the c PHY06/447r2 -S. Nedic 23wirelesshd-phy-characteristics06/465r0 -E. Barrett 24summary-usage-model.ppt06/369r9 -A. Sadri 25cm-matlab-release-0-85-support-document06/459r2 -S. K. Yong 26A Modified Performance Evaluation Scheme for Computer Simulation06/467r0 -H. Harada 27RF impairment model for 60GHz-band SYS/PHY06/477r1 -C. S. Choi 28Millimater-wave CMOS RFIC06/475r0 -T.W. Huang 29TG3c Technical Requirement sub-group report05/430r12 -A. Seyedi 30tg3c-channel-modeling-sub-committee-final-report06/195r5 -S. K. Yong 31tg3c-project-plan.ppt05/311r11 -S. K. Yong

doc.: IEEE c TG3c, Slide 7 Plan to Get to Baseline Document 11/06 (Dallas TX) – Finalized channel model. Finalized channel model document. Continued development of UMD and Technical Requirements. Future plan: 01/07 (London, UK) – Finalize Channel Model MATLAB code. Finalize UMD document. Finalize Technical Requirements. Issue CFP. Continue MAC discussions and make recommendation for MAC development. 03/07 (Orlando, FL) – Presentation of preliminary proposals. 05/07 (Montreal, CA) – Final proposals due 1 week prior to meeting. Presentation of all proposals. 07/07 (San Francisco, CA) – Present updated/merged proposals. Down selection begins. If down-selection finishes, begin drafting Standard. 05/311r11

doc.: IEEE c TG3c, Slide 8 Ballot plan 09/07 – First letter ballot 11/07 – Re-circulation 01/08 – 802 Sponsor ballot 03/08 – 802 Sponsor re-circulation 05/08 – Standard finished. 05/311r11

doc.: IEEE c TG3c November 2006 R. Fisher, Oki Electric Industry co. LtdSlide 9 TG3c Timeline