[PRL] Meeting with Maxime Chevalier-Boisvert, 12/09
William J. Bowman
wilbowma at ccs.neu.edu
Mon Dec 1 12:08:03 EST 2014
Hello all,
Maxime will be available all day Tuesday, Dec. 9th, to meet with people around the lab.
If you would like to meet with her, let me know your constraints.
William Bowman
On Tue, Nov 25, 2014 at 04:39:20PM -0500, Vincent St-Amour wrote:
> NUPRL Seminar presents
>
> Maxime Chevalier-Boisvert
> Université de Montréal
>
> 2:30 - 4:00 (non-standard time)
> Monday, 12/08 (non-standard day)
> Room 366 WVH (http://www.ccs.neu.edu/home/wand/directions.html)
>
>
> Lazy, Incremental JIT Compilation with Basic Block Versioning
>
> Abstract:
> Dynamically typed programming languages such as JavaScript, Python,
> MATLAB and R are notoriously difficult to analyze and optimize. The need
> for high performance implementations has led to the design of
> increasingly complex JIT compilers. Mozilla's SpiderMonkey JavaScript
> VM, for instance, employs type feedback, hybrid interprocedural type
> analysis and on-stack replacement in a three-tiered architecture.
>
> We introduce a novel JIT compiler architecture in which compilation is
> performed lazily and incrementally, one basic block at a time. Our
> design employs basic block versioning, an optimization technique which
> type-specializes machine code as it is generated. This technique has
> been implemented and tested in Higgs, an experimental JIT compiler for
> JavaScript. We show that a majority of dynamic type tests can be
> eliminated and execution times improved without using on-stack
> replacement and without requiring a separate analysis pass.
>
> This talk also introduces research currently in progress: a technique
> which we refer to as "typed shapes", which enables basic block
> versioning to efficiently specialize code based on object types and
> shapes. We conclude with future work and the many interesting
> possibilities offered by a compiler architecture based on basic block
> versioning, such as the idea of performing function inlining
> incrementally.
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