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Doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 1 Report of 802.11 High Throughput Usage Model Special Committee.

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Presentation on theme: "Doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 1 Report of 802.11 High Throughput Usage Model Special Committee."— Presentation transcript:

1 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 1 Report of 802.11 High Throughput Usage Model Special Committee Adrian P Stephens (adrian.p.stephens@intel.com)adrian.p.stephens@intel.com Chair, Usage Model Special Committee

2 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 2 Status Meetings –Minutes in 11-03-354r10 –11 meetings, 12 hours telecon, 8.5 hours F2F Output Document –11-03-355r8 (40 pages) Status of document –“Not quite complete”

3 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 3 Usage Model Document Environments – 41 Applications – 25 (4 incomplete) Use Cases – 37 Usage Models – 10 Simulation Scenarios – 8 (2 missing)

4 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 4 Example Usage Model (Residential) 1 x AP STA 1: 19.2 Mbps HDTV (A4), VoD control channel (A2) STA 3: 24 Mbps HDTV (A4), VoD control channel (A2) STA 4: SDTV (A3), internet file transfer (A9), Video gaming, controller to internet (A18), local file transfer A(15), printing (A22) STA 5 & 6: Video Phone (A23), internet file transfer (A9) STA 7,8 & 9: VoIP (A9) STA 10: Internet streaming video (7), MP3 Audio (A12), Video gaming, controller to internet (A18), local file transfer A(15) STA 11: Video gaming, controller to console (A16)

5 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 5 Simulation Scenario Methodology Parameters for Tx power and Rx noise figure are common to all scenarios One table per device in a scenario, contains: –Name, location, channel model –List of data source descriptions

6 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 6 Example Simulation Scenario STA Name: APRole: Access PointLocation: 0, 0 Channel Model: Data Sources Destination STA Mean RateRate Distribution MSDU Size Delay / Jitter limit STA119.2 MbpsConstant, UDP188200 / 100msHDTV + PCM 5.1 Audio STA324 MbpsConstant, UDP188200 / 100msHDTV + futuristic audio STA44 MbpsConstant, UDP188200 / 100msSDTV STA41 MbpsTCP300Internet file STA51 MbpsTCP300Internet file STA70.15 MbpsConstant, UDP20030 / 15 msVoIP STA80.15 MbpsConstant, UDP20030 / 15 msVoIP STA90.15 MbpsConstant, UDP20030 / 15 msVoIP STA102 MbpsTCP512200 / 100msInternet Streaming video + MP3 audio

7 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 7 Status / Future Work The document does not yet represent a consensus of the group due to the high rate of changes made in recent weeks Improved alignment with external comments needs to be considered (e.g. effect of WFA MRD) Some Applications have unknown traffic patterns The Simulation Scenarios are incomplete The Simulation Scenarios are largely untested There is no error model defined It may be incomplete with respect to or contradict the functional requirements and selection criteria documents.

8 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 8 Recommendation Identify an existing group or form a new group under 802.11n with authority to modify and maintain the Usage Models document throughout the lifetime of 802.11n 4 Hours of F2F time this meeting (with no competing.11n activities) specifically to address Usage models with the aim of reaching consensus

9 doc.: IEEE 802.11-03/702r0 Submission September 2003 Adrian Stephens, Intel CorporationSlide 9 Motion Move that 802.11 TGn form a special committee with responsibility for maintaining and modifying the Usage Model document to be consistent with the Selection Criteria and Functional requirements documents as they are developed, and to resolve issues discovered with the simulation scenarios as they are implemented.

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