IEEE Standards Board:
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1. Sponsor Date of Request:
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| 3. PAR Approval Date:
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I will write/revise a Standards Publication with the following TITLE: Supplement to STANDARD FOR Telecommunications and Information Exchange Between Systems - LAN/MAN Specific Requirements - Part 11: Wireless Medium Access Control (MAC) and physical layer (PHY) specifications: High Speed Physical Layer in the 5 GHz band
I hereby acknowledge my appointment as Official Reporter (usually the W.G. Chair) to the P802.11 Working Group for Wireless Local Area Networks
In consideration of my appointment and the publication of the Standards Publication identifying me, at my option, as an Official Reporter, I agree to avoid knowingly incorporating in the Standards Publication any copyrighted or proprietary material of another without such other's consent and acknowledge that the Standards Publication shall constitute a "work made for hire" as defined by the Copyright Act, and, that as to any work not so defined, I agree to and do hereby transfer any right or interest I may have in the copyright to said Standards Publication to the IEEE
Signature of Official Reporter: __was signed on _________________ Date: __July 12, 1997_
Name of Working Group Chair: Vic Hayes | |
Title: 802.11 Chair | IEEE Member No: 01550144
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Company: Lucent technologies WCND B.V.
| Telephone: +31 30 609 7528 FAX: +31 30 609 7556 email: v.hayes@ieee.org |
(a.1) Are you aware of any patents relevant to this project? | Yes (Attach Expl.)
X No | |
(a.2) Are you aware of any copyrights relevant to this project? | Yes (Attach Expl.)
X No | |
(a.3) Are you aware of any trademarks relevant to this project? | Yes (Attach Expl.)
X No | |
(b) Are you aware of any other standards or projects with a similar scope? | X Yes (Attach Expl.)
No | |
(c) Is this standard intended to form the basis of an international project? | X Yes
No (Attach Expl.) Do not know | |
(d) Is this project intended to focus on health, safety or environmental issues? | Yes (Attach Expl.)
X No Do not know |
COORDINATION | METHOD OF COORDINATION |
US TAG to JTC1/SC6____ | X Circ./drfts liais. memb. com. memb.
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ETSI Project Broadband Radio Access Networks | Circ./drfts liais. memb. X com. memb.
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COORDINATION | METHOD OF COORDINATION |
______________________ | Circ./drfts liais. memb. com. memb.
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______________________ | Circ./drfts liais. memb. com. memb.
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______________________ | Circ./drfts liais. memb. com. memb.
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______________________ | Circ./drfts liais. memb. com. memb.
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______________________ | Circ./drfts liais. memb. com. memb.
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Signature of Submitter:__was signed on_______________________ | Date: _18 July 97__ | |
IEEE Member No: 05572953 | ||
Name: Jim Carlo | Title: IEEE 802 LMSC Sponsor Chair
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Company: Texas Instruments
| Telephone: +1 214-480-2524 FAX: +1 214-480-2611 email: jcarlo@ti.com |
DO NOT WRITE BELOW THIS LINE
Signature IEEE Officer:__was signed by Don Loughry on ___ Date:16 Sept. 1997
Title:___V.P. Standards_____________________________________________
Revised:
To develop a High Speed (about 20 Mbit/s) PHY for use in fixed, moving or portable Wireless Local Area Networks. The PHY will be used in conjunction with the 802.11 Medium Access Control (MAC)
Currently 802.11 supports rates of 1 and 2 Mbit/s rates in the 2.4 GHz ISM band. Since the inception of 802.11 things have changed both in a regulatory arena and regarding the needs for higher transfer rates.
Specifically, in the US, FCC released 300 MHz in three 100 MHz subbands in the 5 GHz region (ET Docket 96-102) for an unlicensed use with high speed Local Area Network communication services. The structure of the new regulations encourages communication at speeds of about 20 Mbit/s. These rulemakings are evidenced by subpart E - Unlicensed National Information Infrastructure Devices in Part 15.4xx. In Europe, the CEPT has recommended the use of spectrum in the 5150-5250 MHz band for so called HIPERLAN devices in CEPT Recommendation T/R 22-06.
Given the regulatory changes (as opposed to 15.247 which was the basis for 802.11's work), it becomes feasible to develop efficient high speed modulation methods to address the 20 Mbit/s speed range. The scope of the proposed PAR is to propose such modem technology and methods as to take advantage of the new regulations. The modem technology will be examined with respect to propagation impairments typical of both indoor and reasonable range outdoor environments. The tradeoffs between spectral efficiency, immunity to interference and implementation complexity will be taken into account to address the need for high aggregate throughput in densely populated environments.
IEEE P802.11 has actively corresponded with regulatory bodies worldwide in the past in order to encourage spectrum allocations to allow its standards to be applicable geographically as widely as possible and plans to continue these activities.
The 802.11 PAR mentions that the MAC will be capable of operation in the 1-20 Mbit/s range. The intent of the effort of this PAR is to examine rates beyond the 20 Mbit/s range. The 802.11 MAC will be reviewed for its capability to support such rates. In addition, the MAC will be reviewed to examine its capability to support the data, voice and image services intended in the rulemaking.
The 802.11 MAC relies on a Clear Channel Assessment (CCA) mechanism in the Physical Layer for avoiding collisions with other transmissions. The CCA for the new Physical Layer will be developed to ensure fairness with respect to participating stations and ensure operation in presence of other types of radio devices operating in the environment, according to the spirit of the FCC rulemaking.
The proposed PHY with 802.11 MAC will meet Quality of Service as detailed in 802.11 PAR.
European HIPERLAN Type 1, developed by ETSI
European HIPERLAN Type 2,3 (Wireless ATM oriented) being developed by ETSI
"Magic WAND", a Wireless ATM Network Demonstrator, being developed by a consortium of European companies under the auspices of ACTS (Advanced Communications Technologies and Services)