1. doc.: IEEE /XXXr0
Sep 19, 2007
Sept 2010
Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)‏
Submission Title: [Synopsis for g Coexistence Assurance First Draft]
Date Submitted: [Sept. 6, 2010]
Source: [Chin-Sean Sum]
Company [NICT]
Address [3-4, Hikarino-oka, Yokosuka, , Japan]
Voice: [ ], FAX: [ ],
Re: []
Abstract: [This document presents the summary of the First Draft of the g Coexistence Assurance Document]
Purpose: [This document provides a list of the editing staff that will be working on g.]
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
C.S. Sum
Name - WirelessHD

2. Sept 2010
High Level Summary
This document presents the summary of the g Coexistence Assurance (CA) document – first draft
This document summarizes the unfinished parts of the CA document which will be completed after the Hawaii meeting
The CA text document is in doc:10/668r1
C.S. Sum

3. TOC Chapter 1 and 2 Sept 2010 Introduction 1.1 Bibliography
1.2 Acronyms
Overview
2.1 Overview of IEEE g
2.2 Regulatory Information
2.3 Overview of Coexistence Mechanism in and g
2.3.1 MPM Scheme
2.3.2 Common Mode Signaling
2.3.3 Channel Scan
2.3.4 Clear Channel Assessment
2.3.5 LQI and ED
2.3.6 Channel Alignment (assigned)
2.3.7 Channel Switching
2.3.8 Neighbor Network Capability
2.3.9 Duty Cycle
Low Transmit Power
SFD Detection
C.S. Sum

4. Sept 2010
TOC Chapter 3
Dissimilar Systems Sharing the Same Frequency Bands with
3.1 Coexisting Systems in MHz Band (Worldwide)
3.2 Coexisting Systems in MHz Band (United States)
3.3 Coexisting Systems in MHz Band (Europe)
3.4 Coexisting Systems in MHz Band (Japan)
3.5 Coexisting Systems in MHz Band (China)
C.S. Sum

5. TOC Chapter 4 Coexistence Scenario and Analysis
Sept 2010
TOC Chapter 4
Coexistence Scenario and Analysis
4.1 PHY Modes in the g System
4.1.1 Parameters for g PHY Modes
4.1.2 BER/FER Calculations for g PHY modes
4.2 Interference Modeling
4.2.1 Interference Characteristics
4.2.2 Receiver-based Interference Model
4.2.3 Path Loss Model
MHz Band Coexistence Performance
4.3.1 Parameters for Coexistence Quantification
4.3.2 Coexistence Simulation Results
MHz Band Coexistence Performance (assigned)
MHz Band Coexistence Performance (assigned)
MHz Band Coexistence Performance (assigned)
MHz Band Coexistence Performance (assigned)
C.S. Sum

6. Sept 2010
TOC Chapter 5 and 6
Specification Details of g Coexistence Mechanism for Multiple PHYs (assigned)
Other Analysis
6.1 Frequency Hopping Systems (assigned)
6.2 Low Duty Systems
6.3 Interference Mitigation
C.S. Sum

7. Unfinished Business Discussion on low transmit power
Sept 2010
Unfinished Business
Discussion on low transmit power
Discussion on channel alignment
Coexistence analysis for , , , and bands
Specification details of g Coexistence Mechanism for Multiple PHYs
Coexistence analysis of frequency hopping systems
Coexistence analysis of low duty systems
C.S. Sum

8. Due date for all contributions Oct. 8, 2010 AOE Discussions
Sept 2010
Due date for all contributions Oct. 8, 2010 AOE Discussions
C.S. Sum