1. October 11, 2006
Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)
Submission Title: [Summary of the Usage models for c]
Date Submitted: [October 11, 2006]
Source: [Ali Sadri, Company [Intel Corporation]
Address [[Intel Corporation, Evening Creek Drive ,San Diego , CA ,USA ] ]
Voice: [ ]
FAX: []
Re: []
Abstract: [Summary of the Usage Models for c agreed to at the Melbourne IEEE meeting and future work]
Purpose: [To be included 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
Ali Sadri, Intel Corporation

2. UM1 Uncompressed Video Streaming
<month year>
doc.: IEEE <doc#>
October 11, 2006
UM1 Uncompressed Video Streaming
U1/U3 TV
PC, uMPC, Set top Box
(STB)
Point-to-point
TV or Monitor
Environment
Throughput
MAC SAP
BER/PiER
Distance
Note
NLOS, LOS
Residential
(STB-TV)
1.78 Gbps
1.49, W/O Blk
Stream, Up to
1080i, 24, 60
10-6 BER for PHY Simulations
*Justification for this value is needed 5
No data retransmission required
Unidirectional data transmission noted by Solid line
Low bitrate reverse link
Target of 10-9 PiER for HDMI
Pixel is RGB, 24 bits
LOS, NLOS
3.56 Gbps
2.98, W/O Blk
1080p, 24, 60 10
Define Pixel
Ali Sadri, Intel Corporation
<author>, <company>

3. October 11, 2006
Motion
Motion: To freeze the content of UM1, except the BER/PiER column, Doc c, Slide 2.
Moved, A. Sadri
Second, T. Pollock
Yes=25
No=0
Abstain=0
Ali Sadri, Intel Corporation

4. UM2 multi Uncompressed Video Streaming
October 11, 2006
UM2 multi Uncompressed Video Streaming
U1/U3
TV1
Separated
by 5m
TV or Monitor
U1/U3
TV2
PC, uMPC, Set top Box
(STB)
Point-to-multi-point
Environment
Throughput
MAC SAP
BER/PiER
Distance
Note
Residential
TV1:LOS
TV2:NLOS
TV1:
1.75 Gbps
1.49, W/O Blk
Stream
1080i, 24, 60
10-6 BER for PHY Simulations
*Justification for this value is needed
STB-TV1
&
STB-TV2
5 m
TV1-TV2
No data retransmission required
Unidirectional data transmission noted by solid line for U1
Low bitrate reverse link
TV1-TV2 are not co-located, separation 5 m
Different video content transmitted on each link
Target of 10-9 PiER for HDMI
Pixel is RGB, 24 bits
TV2:
0.62 Gbps
0.497, W/O Blk
720x480p, 24,60
Ali Sadri, Intel Corporation

5. UM2 multi Uncompressed Video Streaming Continue
October 11, 2006
UM2 multi Uncompressed Video Streaming Continue
Environment
Throughput
MAC SAP
BER/PiER
Distance
Note
Residential
TV1:LOS
TV2:NLOS
TV1:
0.62 Gbps
0.497, W/O Blk
Stream
720x480p, 24,60
10-6 BER for PHY Simulations
*Justification for this value is needed
STB-TV1
&
STB-TV2
5 m
TV1-TV2
No data retransmission required
Unidirectional data transmission noted by solid line for U1
Low bitrate reverse link
TV1-TV2 are not co-located, separation 5 m
Different video content transmitted on each link
Target of 10-9 PiER for HDMI
Pixel is RGB, 24 bits
TV2:
Ali Sadri, Intel Corporation

6. October 11, 2006
Motion
Motion: To freeze the content of UM2, except the BER/PiER column, Doc c, Slide 6-7.
Moved, A. Seyedi
Second, T. Pollock
Yes=19
No=0
Abstain=3
Ali Sadri, Intel Corporation

7. UM3 Office Desktop TV U1/U2 Printer (PR) U9 U5 Computer (C) HDD
October 11, 2006
UM3 Office Desktop TV
U1/U2
Printer
(PR) U9
TV or Monitor U5
Computer
(C)
HDD
Environment
Throughput
MAC SAP
BER/PER
Distance
Note
NLOS, Desktop
(C-TV)
LOS, Desktop
(C-HDD)
NLOS, Office
(C-PR)
3.56 Gbps
2.98, W/O Blk
Stream,
1080p, 24, 60
And/or
1.75 Gbps
1.49, W/O Blk
Stream
1080i, 24, 60
10-6 BER for PHY Simulations
*Justification for this value is needed
1 m
No data retransmission required for TV
Unidirectional data transmission noted by solid line for U1 & U9
Low bitrate reverse link for unidirectional link
TV, HDD, PR are not co-located, separation by 120 deg.
Target of 10-9 PiER for HDMI
Pixel is RGB, 24 bits
One simulation for this Usage Model
0.25 Gbps, average async.
Each direction for HDD
8% PER before retransmission
2K Byte
0.5 Gbps,
average async.
5 m
Ali Sadri, Intel Corporation

8. October 11, 2006
Motion
Motion: To freeze the content of UM3, except the BER/PER column, Doc c, Slide 9.
Moved, S. Kato
Second, I. Toyoda
Yes=17
No=1
Abstain=7
Ali Sadri, Intel Corporation

9. UM4 Conference Ad-hoc TV U2 LOS, office. (C0-TV) LOS, Desktop
October 11, 2006
UM4 Conference Ad-hoc TV
Wireless Bridge
(WB) U2
U17
U17
TV or
Projector
Computer
(C2)
U17
Computer
(C0)
U16
U16
Computer
(C1)
U16
Environment
Throughput
MAC SAP
BER/PER
Distance
Note
LOS, office.
(C0-TV)
LOS, Desktop
(C0-C1-C2)
LOS, office
(C0,C1,C2)-WB
1.75 Gbps
1.49, W/O Blk
Stream
1080i, 24, 60
10-6 BER for PHY Simulations
*Justification for this value is needed
5 m
No data retransmission required for TV1
Unidirectional data transmission noted by solid line for U1
Low bitrate reverse link for unidirectional link
device are not co-located, geometry TBD
Target of 10-9 PiER for HDMI
Pixel is RGB, 24 bits
One simulation for this Usage Model
Total Async throughput of 1 Gbps
Gbps, , average async. Each direction
8% PER before retransmission
2K Byte
1 m
0.125 Gbps, , average async. Each direction for WB
3 m
Ali Sadri, Intel Corporation

10. October 11, 2006
Motion
Motion: To freeze the content of UM4, except the BER/PER column, Doc c, Slide 11.
Moved, A. Seyedi
Second, T. Pollock
Yes=18
No=1
Abstain=5
Ali Sadri, Intel Corporation

11. UM5 Kiosk File-downloading
<month year>
doc.: IEEE <doc#>
October 11, 2006
UM5 Kiosk File-downloading
U7/U9
U7/U9
STB, Game Consol
Mobile Storage
Device, PDA
Movie and Game Kiosk
Environment
Throughput
MAC SAP
BER/PER
Distance
Note
LOS-office
(Server-PDA or PDA-STB)
1.50 Gbps burst (Server-PDA or PDA-STB)
8% PER before retransmission
2K Byte
1 m
Asymmetric download/Upload
Low data rate reverse link
Degradation due to PDA jitter needs to be considered in the simulation
PDA jitter needs to be specified
(Server-PDA or PDA STB)
2.25 Gbps burst (Server-PDA or PDA-STB)
Ali Sadri, Intel Corporation
<author>, <company>

12. October 11, 2006
Motion
Motion: To freeze the content of UM5, Doc c, Slide 13.
Moved, S. Kato
Second, I. Toyoda
Yes=14
No=3
Abstain=5
Ali Sadri, Intel Corporation

13. Use Case Definition October 11, 2006 Ali Sadri, Intel Corporation U#
Application
Covered by Channel Model #
Separation
(m)
LOS/NLOS
TX Position
RX Position
Motion
Score
3= high
2=mid
1=Low U1 A1
Uncompressed Video Streaming
Residential
5-10
There could be a wall between the TX and RX
The transmitter sits on a shelf near or under the STB or AV receiver
There may be two units at each end spaced about 1m apart for diversity
The receiver sits somewhere near the TV
Fixed,
Link may be temporarily shadowed by Human Body
2.82
U17 A7
Gigabit Ethernet
Office
Conference Room
Library
3-5m
LOS
Transmitter/receiver is and access point located near the ceiling
Transmitter/receiver is a portable device (e.g. laptop) located on a desk
Fixed
2.81
U16
A6 Ad-hoc
Desktop
2.70 U5 A2
File Transfer and synch
1-3
NLOS /
Transmitter next or close to the receiver
2 fixed device
2.64 U6
office
1-3m
The transmitter/receiver is a portable device (PDA or PMP) and is placed on the table in front of or next to the computing device
The transmitter/receiver is a PC placed on the desk.
2.61 U2
Conference room
10-20
The transmitter is located on or near the presenter’s podium,
It is connected to a laptop or a multimedia server
The receiver is mounted on or close to the ceiling and it (the receiver) is connected to a HD projector, which illuminates a large screen
2.57 U3
The transmitter is a portable device (PDA or PMP) and is placed on the table in front of or next to the TV.
2.52
Ali Sadri, Intel Corporation

14. October 11, 2006 Ali Sadri, Intel Corporation U# Application
Covered by Channel Model #
Separation
(m)
LOS/NLOS
TX Position
RX Position
Motion
Score
3= high
2=mid
1=Low
U11 A3
Wireless Desktop
Desktop
Office
1-3
NLOS
Transmitter in the drawer or in a cabinet beneath the monitor
Receiver on the desk or next to the laptop
Same
Device is jittered during transmission such as handheld in hand or laptop on lap
2.52 U7 A2
File Transfer and synch
Conference Room *
1-3m
LOS
The transmitter/receiver is a kiosk in a store
The receiver is a portable device (PDA, PMP, digital camera) placed next to the kiosk
Fixed
2.50 U9
File Transfer
Residential
0.1-1
TX/RX near AV recorder, Kiosk or associated with portable device.
TX/RX is associated with portable device
Fixed during transferring
2.43
U14 A5
Short range Backhaul
Corridor
20-30m
The transmitter and receiver are connected to the wall or ceiling in a corridor
2.42
U10
Wireless Docking station
Transmitter on the desk
Receiver in the drawer
2.31 U4 A1
Video Streaming
Transmitter near AV player or associated with portable device
Receiver is associated with portable device
Fixed during streaming
2.25
U13 A4
Mobile Gaming
Transmitter is a hand-held device (e.g. mobile phone)
The receiver is placed near a TV
Jittered (hand movement)
2.10
Ali Sadri, Intel Corporation

15. October 11, 2006 Ali Sadri, Intel Corporation U# Application
Covered by Channel Model #
Separation
(m)
LOS/NLOS
TX Position
RX Position
Motion
Score
3= high
2=mid
1=Low U8 A2
File Transfer
Office
3-5m
The transmitter is a PC or a portable device placed on a desk
The receiver is a printer located elsewhere in the room
Fixed
2.07
U15 A5
Short range Backhaul
AWGN
LOS
Transmitter on Pole top or on a tower or outdoor on the wall
Receiver on Pole top or on a tower or outdoor on the wall
Fixed, jitter due to wind
2.00
U12 A4
Mobile Gaming
Residential
1-3
Transmit and receive are held closely to each other
Jitter
1.61
Ali Sadri, Intel Corporation

16. October 11, 2006
Resolutions
Ali Sadri, Intel Corporation

17. October 11, 2006
HDMI Requirement
Ali Sadri, Intel Corporation

18. Binary Ranking by straw poll
October 11, 2006
Binary Ranking by straw poll
UM1= 32
UM2=6
UM3=4
UM4=27
UM5=28
Ali Sadri, Intel Corporation

19. October 11, 2006
Future Work
Need contribution to address the jitter in the UM5. Kato-San volunteered to present a contribution
Need contribution to address the PiER for Video streaming
Need contribution to address the geometry of the nodes in UM2-UM3-UM4
Need contribution to address the system simulations scenarios
Need contribution on mandatory vs. optional modes
Need Contribution on MAC attributes
Ali Sadri, Intel Corporation