Title: IEEE 802.15.3 MAC Affirmation
1Project IEEE P802.15 Working Group for Wireless
Personal Area Networks (WPANs) Submission Title
Merger Proposal 2 Affirmation of Commitment to
the 802.15.3 MAC Date Submitted July 12,
2004 Source Matthew Welborn Company
Freescale Semiconductor Address 8133 Leesburg
Pike, Vienna, VA 22180 Voice703-269-3000
Re Response to TG3a Chair request for
affirmation of commitment. Abstract The
authors of the Merger 2 Proposal (DS-UWB) affirm
their commitment to working in good faith with
the 802.15 TG3a to develop an Alternate PHY layer
Standard that meets all of the requirements for
the authorized work project. These include
meeting the technical and application
requirements identified by the TG 3a members, as
well as the requirements entailed by the IEEE 802
Standards Association Purpose To help the TG3a
members understand the intentions of the Merger
2 Proposal team and ensure a clear understanding
of the technical and legal requirements for the
TG3a Alternate PHY project. Notice This
document has been prepared to assist the IEEE
P802.15. 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 P802.15.
2Requirements for TG3a PHY Regarding the 15.3 MAC
- Extracts from the various documents governing the
TG3a Alt-PHY project and direct responses from
the Merger 2 Proposal team affirming commitment
to the requirements contained therein - List of requirement sources
- 15.3a Project Authorization Request (PAR)
- 5 Criteria Document
- 15.3a Requirements Document
- 15.3a Selection Criteria
- 802.15.3 Standard (PICS)
3Requirements from the 15.3a PAR
- 13. Scope of Proposed Project
- This project will define an alternative PHY
clause, in the frequency range of up to 24GHz,
for a higher data rate amendment to standard
802.15.3. - 14. Purpose of Proposed Project
- The intent of this project is to provide a
standard for a low complexity, low cost, low
power consumption alternate PHY for 802.15.3
(comparable to the goals for 802.15.3). The data
rate will be high enough, 110 Mb/s or more (see
18a), to satisfy an evolutionary set of consumer
multi-media industry needs for WPAN
communications. The project will address the
requirements to support multimedia data types in
multiple compliant co-located systems and also
coexistence (18b).
4Merger Proposal 2 Response
- The Authors of the Merger 2 Proposal (DS-UWB)
affirm their commitment to creating an
alternative PHY for the 802.15.3 Standard - Specifically, we are committed to work to create
a low complexity, low cost, low power alternate
PHY for 15.3 to satisfy the requirements for WPAN
multi-media communications applications
5Requirements from the TG3a 5 Criteria Document
- 2.0 COMPATIBILITY
-
- IEEE 802 defines a family of standards. All
standards shall be in conformance with IEEE 802.1
Architecture, Management and Inter-working. All
LLC and MAC standards shall be compatible with
ISO 10039, MAC Service Definition, at the LLC/MAC
boundary. Within the LLC Working Group there
shall be one LLC standard, including one or more
LLC protocols with a common LLC/MAC interface.
Within a MAC Working Group there shall be one MAC
standard and one or more Physical Layer standards
with a common MAC/Physical layer interface. Each
standard in the IEEE 802 family of standards
shall include a definition of managed objects,
which are compatible with OSI systems management
standards. -
- Note This requirement is subject to final
resolution of corrections and revision to current
ISO 10039, currently inconsistent with ISO 8802
series standards. -
- The MAC (Medium Access Control) Layer of the
Alternate PHY Standard will be compatible with
the IEEE 802 requirements for architecture,
management, and inter-networking and will be
based upon the IEEE802.15.3 MAC.
6Merger Proposal 2 Response
- The Authors of the Merger 2 Proposal (DS-UWB)
affirm their commitment to creating an Alternate
PHY standard that will meet the IEEE 802
requirements for architecture, management and
internetworking and which will be based on the
802.15.3 MAC
7Requirements from the TG3a Requirements Document
- 9.0 Supplements to 802.15.3 functionality
- It is envisioned that the alt-PHY project will
allow supplements to 802.15.3. In addition to the
PHY itself, the project may include MAC
functionality necessary to support the selected
PHY. - It is required that the alt-PHY operate with the
802.15.3 MAC without fundamental change in
operation. It is also required that any
enhancements or modifications are enabled by
reference to alt-PHY specific PIB parameters. - As an example, from the project request, document
01/532r0 (alt-PHY study group proposal), location
awareness is considered as a possible feature of
certain alt-PHY technologies and is an example of
supplemental MAC functionality. Such a provision
may be supported by the PHY PIB parameters in the
proposed 802.15.3 standard MAC or via
supplemental MAC capabilities provided by the
alt-PHY project.
8Merger Proposal 2 Response
- The Authors of the Merger 2 Proposal (DS-UWB)
affirm their commitment to creating an alt-PHY
that operates with the 802.15.3 MAC without
fundamental change in its operation. - We are committed to creating and alt-PHY that
requires nothing beyond supplemental MAC
functionality based on specific alt-PHY technology
9Requirements from the TG3a Selection Criteria
- 4. MAC Protocol Supplements
- 4.1 Alternate PHY Required MAC
Enhancements and Modifications -
- 4.1.1. Definition
- Supplements and modifications to the MAC may be
required to accommodate the alternate PHY. It is
preferred that the supplements be additions which
expand the solution capability as opposed to
changes in the MAC that represent an alternative
way to do a particular function.
10Merger Proposal 2 Response
- The Authors of the Merger 2 Proposal (DS-UWB)
affirm their commitment to creating an alt-PHY
that operates with the 802.15.3 MAC without
fundamental change in its operation - In particular, We are committed to creating and
alt-PHY that supplements 802.15.3 MAC
functionality only, and does not contain any
changes in the MAC that represent an alternative
way to do a particular function
11Merger Proposal 2 Support for Simultaneous
Operating Piconets
- The Authors of the Merger 2 Proposal (DS-UWB)
affirm their commitment to creating an alt-PHY
that operates with the 802.15.3 MAC that provides
the simultaneous operating piconet (SOP)
capabilities as required by the 15.3a
Requirements document and Selection Criteria - In particular, we are committed to creating and
alt-PHY that support SOP operation with a minimum
of four supported SOP (optional support for up to
a total of 12 piconets at this time) - This support includes the required functionality
to support all security features provided by the
802.15.3a MAC
12The 15.3a PICS
- The 802.15.3 Protocol implementation conformance
statement (PICS) define which MAC sub-layer
functions frames are required for compliant
15.3/15.3a devices - These PICS specify MAC functions such as
- Device association and dissociation
- Medium access techniques
- Beacon generation support
- Etc.
- There functions are fundamental to the MAC
operation as defined in the 15.3 standard and
must be supported by any Alt-PHY standard
developed for use with the 15.3 MAC
13Merger Proposal 2 Response
- The Authors of the Merger 2 Proposal (DS-UWB)
affirm their commitment to creating an Alternate
PHY standard that will provide the functionality
required to implement a compliant 15.3a device
based on the 15.3 MAC, as defined in the 802.15.3
PICS specification
14Supporting Details
- Documents submitted
- 04/140 Merger 2 proposal most recent version
- 04/137 Supporting details most recent version
- Presentations this week
- Technical contribution Tuesday, July 13
(130-330 pm) - Proposal update presentation Tuesday, July 13
(4-6 pm)