Workshop
on New Horizons in Compilers
December 21, 2005 --
Goa, India
Program Chairs: Uday Khedker and
Rahul Simha
General Chairs: R. Govindarajan
and Bhagi Narahari
Research Contributions
Trick - A Framework for Tracking and
ReusIng Compiler's Knowledge, S.M. Sandya, S. Doval, S.
Hariharan, and N.D. Das, Hewlett Packard India Software, Bangalore,
India. (NHC05-Sandya.pdf)
Comprehensive Analysis of Objects for
Efficient Handling of Java Objects , P.K. Kalle, IBM India
Software Labs., Bangalore, India. (NHC05-Kalle.pdf)
Informal Discussion:
What is the Next
Big Challenge in Compiling?
Invited Contributions
Dynamic Program Analysis, Invited Talk,
Sudheendra Hangal, Magic Lamp Software, India.
Compilers here! Compilers there! I see them
everywhere! , Invited Talk,
Santosh Pande, Georgia Institute of Technology, Atlanta, GA.
Static Analysis for Identifying and Allocating Clusters of Immortal
Objects, Invited Talk, Y.N. Srikant, Indian
Institute of Science, Bangalore, India.
Informal Discussion
What is
the Next Big Challenge in Compiling ?
The objective of this informal discussion session (for 30 - 45 minutes) is to
have interesting discussion on
-
Is compiler research relevant in today's context?
-
Is compiler research just applying existing techniques/ideas onto newer
domains (DSP/Power Aware/Embedded Systems/Network Processors?) -- are we
inventing or re-inventing?
-
What do we consider as the major break-through in compiler research in the
last 15 or 25 years?
-
What are the upcoming challenges in the compiling front?
We do not have any specific format in mind for the discussion. We expect all
participants to contribute to the discussion. Participants can use 1 or 2
slides or standup-and-speak!
Abstracts of Invited Contributions
Compilers
here! Compilers there! I see them everywhere!!!
Abstract:
Compilers had
tremendous impact -- automation provided by compilers
propelled the technological leap of computing. After the invention of
Turing Machine in 1937 by Alan Turing, bounds of
computability became clear but computing mostly remained in
its infancy until early 60s when compilers provided a major
boost. The techniques devised by
John Backus and his team for FORTRAN I compiler are
considered one of the major inventions in the history of computing and
are so foundational that most modern compiler use them. Compilers had
tremendous side impact on architectures as well as evidenced by RISC
machines.
As we stand at the crossroads of tremendous technological
advancements in processor speeds, resources, and software
engineering, the big question that remains on the minds of
compiler researchers is the impactwill have going forward. To answer
this question, we take a look at what technology artifacts
compilers bring on the table. Automation is only one of the
artifacts provided by compilers; analysis, transformation and
optimizations being other attributes. While the problem of automation
might be nearly solved, newer problems in the areas of emerging systems
tremendously benefit from other artifacts compilers offer. Compilers can
now live up to the challenge of performing system wide
optimizations, security and vulnerability analysis, power management
on handhelds and penetrate and better manage systems layers including
dynamic runtime management and adaptations. We provide
concrete examples of such emerging horizons through case studies
involving a variety of domains from security to performance
scaling, from large scale systems to multicores. We look
also examine the industrial landscape and provide an
evidence of bottomline improvements due to the adaptation of
such a technology.
Biography:
Santosh Pande (santosh@cc.gatech.edu)
works on both static and dynamic sides of compiler
optimizations. His interests mainly lie in embedded computing, security
and multi-core platforms. He is leading the compiler research at
Georgia Tech and has had key papers on these topics in LCTES, CASES,
CGO, PLDI, ASPLOS and TOPLAS. He served as IEEE Distinguished Visitor
from 1996-2000 and serves on the editorial board of Journal of Embedded
Systems. He is on the steering committee of ACM SIGPLAN CONFERENCE ON
LANGUAGES COMPILERS AND TOOLS FOR EMBEDDED SYSTEMS and is one of the
founders of this conference. He is funded by NSF, DARPA and industries
such as Intel and Infineon.