1. July 2014
doc.: IEEE
< September 2014>
Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)
Submission Title: [TG8 Closing Report]
Date Submitted: [September ]
Source: Myung Jong Lee [CUNY]
Address Dept of EE, CUNY, 140th St, New York, NY 10031]
Voice:[ ], FAX: [ ],
Re: [.]
Abstract: []
Purpose: [Report of TG8 activities during September 2014 Athens Interim Meeting]
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
Myung Lee, CUNY
<Myung Lee>, <CUNY>

2. Work Items Sync (BJ and Shannon)—By Jan 2015
Discovery (Shannon—TBD: presentation & disc Jan. 2015)
PHY interface with MAC: Marco and BJ
Peering (March 2015)
MAC: Qing and Nov (BJ)
Communication period
CAP: BJ (Nov 2014)
Channel Selection (Nov. 2014: HB Li)
CAP: BJ ( By Jan 2015)
CFP: Shannon (By Jan 2015)
Transmit power control
CFP done (Marco)
CAP: Qing (Presentation and discussion on Jan 15)
Power management (BJ and Qing: Presentation and discussions on Jan 15)
Relative positioning: UWB by Igor presentation and discussion on Jan 15)
Security (interface to KMP: PHY security BJ March 2015)

3. Work Items Superframe Sync: for more than 90% successful reception
Sync, discovery, peering, CAP, CFP
Duration of superframe is fixed and individual fields are fixed with TBD values.
Sync: for more than 90% successful reception
Size at MAC: 34 slots (32 slots, 2 slot for sync signal length) including transmission.
2 OFDM symbols/slot
Discovery:
High Mobility MAC (35Bytes, 20msec) –payload size from MAC to PHY
Low Mobility MAC (UUID(16bytes)+Human readable field (TBD, 40bytes)

4. Work Items
Peering
Investigation required: contents of peering and repeering messages, comparison with traditional association process, management of security like authentication, length of peering process – Qing Li
High Mobility PHY (0.4 msec (random access preamble), 100 usec (Cyclic prefix, guard interval) in total 0.5msec) –payload size from MAC to PHY
Low Mobility
An expert, Dr. Lee, from IEEE ai TG will join and explain the related processes during TG8 teleconference and contribute a presentation at the Berlin meeting.

5. Work Items CAP CFP MAC Superframe size
Low Mobility: Approx. a half of the communication period
CFP
Mandatory Fixed size
High Mobility: approx. 60 msec
Low Mobility: Approx. a half of the communication.
MAC Superframe size
BJ to report to Feb. 11 teleconf

6. Work Items Teleconferences
January 28 (Wednesday) 7:00amUS EST, 9:00pm Japan/Korea, Ireland Noon
February 11 (Wednesday) 8:00pmUS EST, 10am (Feb.. 12) Japan/Korea, Ireland 1:00am
March 4 (Wednesday) 7:00am US EST, 9pm Japan/Korea, Ireland Noon