Doran K. Wilde
Research Interests
Regular array and systolic architectures,
computer arithmetic,
processor design,
parallel computation,
integrated circuit design,
computer-aided-design.
Education
1995, PhD Computer Science, Oregon State University
1993, MS Computer Science, Oregon State University
1978, BS Electrical Engineering, BS Math,
Brigham Young University
Employment History
Sep 1995-Present, Brigham Young University, Associate Professor, Provo, UT
Teaching in the areas of computer design and VLSI. Doing research
in parallel computation using regular arrays.
1992-1995, Oregon State University, Research Scientist, Corvallis, OR
Performed research in the compilation of the functional languages,
and the synthesis of regular array architectures. Earned PhD
in Computer Science, July 1995.
1992-1994, IRISA, Invited Research Scientist, Rennes, France
Developed algorithms and software to do computer aided
design of regular array architectures using the Alpha
language. Performed research in parallel compilers.
Developed the polyhedral library which does Boolean
operations with general n--dimensional polyhedra.
1991-1992, Intel Corporation, Expert Witness, Sunnyvale, CA
Technical consultant to Intel in the Intel vs. AMD
litigation. Provided technical opinions and prepared
court exhibits concerning the design of the Intel 80287 and
the AMD 80C287 integrated circuits. Searched documents
and prepared summaries of fact that supported Intel's position
in the case. Prepared written testimony.
1983-1990, NCUBE Corporation, MicroArchitect, Beaverton, OR
Designed the second generation NCUBE processor, a 460,000
CMOS transistor, high performance processor which included
an instruction decoder, cache memory, DRAM controller, 64-
bit integer and IEEE standard 754 compatible floating point
execution unit. Wrote high level simulation models for this processor.
1978-1983, Intel Corporation, Design Engineer, Beaverton, OR
Designed logic for the 43201 microcode sequencer, 43203 I/O
processor, 43204 cross bar interface, and 43205 memory
interface unit, all of which were VLSI chips in the Intel
432 processor family. Developed new IC design CAD tools
and methodologies to manage increasingly complex designs.
Pioneered the use of high level simulation at Intel in 1982.
1977, Tektronix, Research Engineer, Beaverton, OR
Performed research in digital signal processing using CCD's.
Personal Bibliography
Titles and abstracts.
Patents Awarded
Patent numbers and Titles
Affiliations
Member IEEE, Tau Beta Pi Engineering Honor Society,
EIT in state of Utah,
Board of Commissioners -- Aloha Baseball Association, 1987-1990
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Doran Wilde,
wilde@ee.byu.edu