Xref: utzoo rec.radio.amateur.packet:712 comp.protocols.tcp-ip:16726 comp.dcom.lans:8469
Path: utzoo!utgpu!news-server.csri.toronto.edu!rpi!zaphod.mps.ohio-state.edu!swrinde!cs.utexas.edu!asuvax!mcdphx!hrc!gtephx!dalyb
From: dalyb@gtephx.UUCP (Brian Daly)
Newsgroups: rec.radio.amateur.packet,comp.protocols.tcp-ip,comp.dcom.lans
Subject: Re: CDMA
Summary: CDMA
Message-ID: <1991Jun25.232039.1834@gtephx.UUCP>
Date: 25 Jun 91 23:20:39 GMT
References: <1991Jun17.010513.23812@tandem.com> <1991Jun18.175959.29344@ulowell.ulowell.edu>
Organization: gte
Lines: 20

In article <1991Jun18.175959.29344@ulowell.ulowell.edu>, wex@cs.ULowell.EDU (Paul Wexelblat) writes:
> I am looking for pointers to an elementary description of how
> CDMA works in practice;  I have seen simple example descriptions,

Two references presented at Globecom 90:

  W.C. Y. Lee, "Overview of Cellular CDMA"; also in May 1991 IEEE Transactions
  on Vehicular Technology.

  Gilhousen, Jacobs, Padovani, Viterbi, Weaver, Wheatley: "The Capacity of a Cellular
  CDMA System", also in May 1991 IEEE Trans. on Vehicular Tech. (and Globecom 90).

You may also want to check Lee's book "Mobile Cellular Telecommunications Systems".
I'm not sure if he covers CDMA.

-- 
Brian K. Daly WB7OML @ AG Communication Systems, Phoenix, Arizona
UUCP: {...!ames!ncar!noao!asuvax | uunet!zardoz!hrc | att}!gtephx!dalyb
Phone: (602) 582-7644    FAX: (602) 582-7111
~