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Snapshot of chessprogramming.wikispaces.com (2018-04-17)
Edward Hamilton
Home
*
People
* Edward Hamilton
Edward (Ed) Hamilton
,
an American computer scientist, software architect and software engineer with long time experience in the area of optimization for high-volume, on-demand service industries. His interests include computer chess,
stock market prediction
, and
financial data
sonification
[1]
. He holds a
BS CS
and a
BA
in mathematics from
University of California, Santa Cruz
in 1996, where he worked with
Robert Levinson
et al. on
Morph
. He developed a method to convert a chess
mobility
graph to a
resistive network
which could be computed using the
residual resistance
property of interconnect chips
[2]
. Replacing the
chess piece
(node) with a
web page
and an
attack
(edge) with a
backlink
, then is similar to modeling
Google's
PageRank
as a resistive network
[3]
.
Edward Hamilton
[4]
Table of Contents
Selected Publications
External Links
References
What links here?
Selected Publications
[5]
[6]
Jonathan Allen
,
Edward Hamilton
,
Robert Levinson
(
1997
).
New Advances in Adaptive Pattern-Oriented Chess
.
Advances in Computer Chess 8
Alex Fukunaga
,
Ed Hamilton
,
Jason Fama
,
David Andre
,
Ofer Matan
,
Illah Nourbakhsh
(
2002
).
Staff Scheduling for Inbound Call Centers and Customer Contact Centers
.
AI Magazine
, Vol. 23, No. 4,
pdf
External Links
Edward Hamilton | LinkedIn
edwardhamilton (Edward Hamilton) · GitHub
References
^
Alex Fukunaga
,
Ed Hamilton
,
Jason Fama
,
David Andre
,
Ofer Matan
,
Illah Nourbakhsh
(
2002
).
Staff Scheduling for Inbound Call Centers and Customer Contact Centers
.
AI Magazine
, Vol. 23, No. 4
^
Jonathan Allen
,
Edward Hamilton
,
Robert Levinson
(
1997
).
New Advances in Adaptive Pattern-Oriented Chess
.
Advances in Computer Chess 8
^
Edward Hamilton | LinkedIn
^
edwardhamilton (Edward Hamilton) · GitHub
^
Edward Hamilton | LinkedIn
^
dblp: Ed Hamilton
What links here?
Page
Date Edited
Advances in Computer Chess 8
Jun 26, 2017
Analog Evaluation
Oct 27, 2017
Connectivity
Mar 6, 2016
Edward Hamilton
Aug 25, 2016
Mobility
Jan 17, 2018
Morph
Dec 7, 2017
People
Feb 28, 2018
Robert Levinson
Aug 25, 2016
University of California, Santa Cruz
Oct 23, 2017
Up one level
an American computer scientist, software architect and software engineer with long time experience in the area of optimization for high-volume, on-demand service industries. His interests include computer chess, stock market prediction, and financial data sonification [1]. He holds a BS CS and a BA in mathematics from University of California, Santa Cruz in 1996, where he worked with Robert Levinson et al. on Morph. He developed a method to convert a chess mobility graph to a resistive network which could be computed using the residual resistance property of interconnect chips [2]. Replacing the chess piece (node) with a web page and an attack (edge) with a backlink, then is similar to modeling Google's PageRank as a resistive network [3].
Table of Contents
Selected Publications
[5] [6]External Links
References
What links here?
Up one level