Volume 7, Issue 1 -
Spring/Summer 1999
Volume 6, Issue 3
Fall 1998
Volume 6, Issue 2
Spring/Summer 1998
Volume 6, Issue 1
Winter 1998
Volume
5, Issue 4
Fall 1997
Volume
5, Issue 3
Summer 1997
Volume
5, Issue 2
Spring 1997
Volume
5, Issue 1
Winter 1997
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4, Issue 4
Fall 1996
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4, Issue 3
Summer 1996
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Spring 1996
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4, Issue 1
Winter 1996
Volume
3, Issue 4
Fall 1995
Volume
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Summer 1995
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Spring 1995
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January 1995
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October 1994
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July 1994
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April 1994
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October 1993
Volume
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July 1993
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1, Issue 2
April 1993
Volume
1, Issue 1
January 1993
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Linda Torczon
Executive Director, CRPC and Faculty Fellow,
Computer Science, Rice University
Linda Torczon's research interests include code generation,
interprocedural data-flow analysis and optimization, and programming
environments. In the code generation realm, she has published a set of
improvements to graph coloring register allocation. She is also one of
the key implementors of an optimizing compiler for Fortran.
In the area of interprocedural analysis and optimization, she has
developed techniques for interprocedural constant propagation and
recompilation analysis. She has also completed a study on the
effectiveness of several interprocedural constant propagation
techniques and collaborated on a study of the effectiveness of inline
substitution.
Within the programming environment arena, she was one of the driving
forces behind the ParaScope programming environment project at
Rice. She was a principal architect of the framework for whole program
analysis in the ParaScope programming environment.
Torczon is one of the principals in the Massively Scalar Compiler
Project, an ARPA-sponsored project at Rice that centers on issues in
compilation arising from changes in microprocessor-based
systems. Among the problems currently being investigated are: the
impact of pointer-based aliasing on code quality, improved global
optimization methods based on static single assignment form, better
techniques for interprocedural analysis and optimization, improvements
to graph-coloring register allocation, and instruction scheduling for
complex loops. Key results of the project are embodied in reference
implementations, which are extensively documented programs that serve
as guides for industrial implementation (see the article "Massively
Scalar Compiler," Parallel Computing Research, April 1993, p. 8 and
the World Wide Web page http://www.cs.rice.edu//MSCP/MSCP.html).
Torczon is involved in a variety of activities to increase the number
of women entering the field of computational science and
engineering. As CRPC Executive Director, she is one of several women
who serve in leadership positions within the NSF Science and
Technology Centers. Her other activities include initiating CRPC
programs established to increase participation by women in mathematics
and science-related fields. She is speaking at the upcoming "Expanding
Your Horizons" program in Houston and has served as faculty liaison
for the Rice "Women in Computing" group. Torczon is also involved in
activities associated with The Rice School/La Escuela Rice, a
Rice-Houston Independent School District laboratory school for
students from kindergarten through eighth grade.
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