Article

Does anyone know where I could find this article online:
"A Statistical Theory of Mobile-radio Reception ", RH Clarke,Bell Syst.
Tech. J., 47, pp. 987--1000, 1968.
I'm not IEEE member.
Thanks!

This isnt a IEEE publication

"MIST" <mijonce@yahoo.co.uk> wrote in message
news:6_ydnWP-8Lwdnc_ZRVn-jw@giganews.com...
> Does anyone know where I could find this article online:
> "A Statistical Theory of Mobile-radio Reception ", RH Clarke,Bell Syst.
> Tech. J., 47, pp. 987--1000, 1968.
> I'm not IEEE member.
> Thanks!
>
>

Suggest you buy it from the library

Sorry - you might actually have to get up from
your chair and drive to a university library. 

--RY

Randy Yates wrote:
> Sorry - you might actually have to get up from
> your chair and drive to a university library. 

Assuming one realistically has that option, then what?  Living in Palo Alto
I used to be able to browse Stanford's stacks (mid '70s) but I doubt that I
could now get in the building.

I need one too if anyone has it.  Early '70s paper in IEEE Transactions on
Communications: "Non-iterative Automatic Equalization."  I don't remember
the author.  It's the first paper I read describing a Toeplitz solver for
inverting a noisy system response with a LMS error.  I want to see what
work he referenced (specifically if Levinson or Durbin are in the list.)  I
carried the paper for years with an APL implementation I wrote but lost
both in a life tumult 20 years later.


Bob
-- 

"Things should be described as simply as possible, but no simpler."

                                             A. Einstein

Bob Cain <arcane@arcanemethods.com> wrote in
news:IP2dnW9r5_ArUcjZnZ2dneKdnZydnZ2d@giganews.com: 

snip....snip

> I carried the
> paper for years with an APL implementation I wrote but lost both in a
> life tumult 20 years later. 
> Bob

Did you lose your integrity and your moral conscience before or after your 
so-called life turmult?

in article Sxw5g.257554$117.119896@fe02.news.easynews.com, Porky at
noham@nospam.com wrote on 05/01/2006 19:08:

> Bob Cain <arcane@arcanemethods.com> wrote in
> news:IP2dnW9r5_ArUcjZnZ2dneKdnZydnZ2d@giganews.com:
> 
> snip....snip
> 
>> I carried the
>> paper for years with an APL implementation I wrote but lost both in a
>> life tumult 20 years later.
>> Bob
> 
> Did you lose your integrity and your moral conscience before or after your
> so-called life turmult?

...asks Gary Sokolich spoofing as "porky".

such integrity, Gary, that you show when spoofing someone else.

-- 

r b-j                  rbj@audioimagination.com

"Imagination is more important than knowledge."

Hi Bob,

Here is the complete reference.  It is in the IEEE Xplor system as a
PDF, but I am not a subscriber.

BR,
Dan

___

Noniterative Automatic Equalization
Butler, P.; Cantoni, A.;
Communications, IEEE Transactions on [legacy, pre - 1988]
Volume 23,  Issue 6,  Jun 1975 Page(s):621 - 633
Abstract:

An equalizer based on the minimum mean-square error (MSE) criterion,
but with direct solution of the resulting equations, is described. The
direct solution is based on the algorithms devised by Levinson and
Trench. With the availability of large-scale integration (LSI) bipolar
computing elements, these algorithms are competitive with iterative
procedures. A method is considered for the estimation of the required
parameters, and for automatic adaption to a changing channel. It is
shown that the delay can be adjusted to achieve minimum MSE with
respect to that parameter. Simulations undertaken show the robust
performance of the algorithm, and that the equalizer performance is not
adversely affected by operation in decision-directed mode.

dan wrote:
> Hi Bob,
> 
> Here is the complete reference.  It is in the IEEE Xplor system as a
> PDF, but I am not a subscriber.

Many Thanks, Dan.


Bob
-- 

"Things should be described as simply as possible, but no simpler."

                                             A. Einstein

dan wrote:

...
> With the availability of large-scale integration (LSI) bipolar
> computing elements, these algorithms are competitive with iterative
> procedures.

What the heck is a "LSI bipolar computing element"??