JOVE An ™ Optimizing Compiler for Java Allen Wirfs-Brock

Source URL: www.wirfs-brock.com

How to miscompile programs with “benign” data races Hans-J. Boehm HP Laboratories Abstract Several prior research contributions [15, 9] have explored

Source URL: www.hboehm.info

• Computing
• Software engineering
• Software
• Compiler construction
• Concurrency
• Programming language implementation
• Parallel computing
• Memory model
• Volatile
• Java memory model
• OpenMP
• Optimizing compiler

Method Inlining in the Titanium Compiler CS265 Semester Project Report Dan Bonachea, Abstract Titanium is a parallel dialect of Java designed for writing high-performance scientific applications.

Source URL: titanium.cs.berkeley.edu

• Software engineering
• Computer programming
• Computing
• Compiler optimizations
• Subroutines
• Inline expansion
• Compiler construction
• Just-in-time compilation
• Mutual recursion
• Interprocedural optimization
• Pin
• Runtime library

Performance Implications of Fence-Based Memory Models Hans-J. Boehm HP Labs Simplified mainstream (Java, C++)

Source URL: www.hboehm.info

• Computing
• Software engineering
• Concurrent computing
• Concurrency
• Parallel computing
• Computer memory
• Compiler construction
• OpenMP
• Lock
• Memory model
• Barrier
• Linearizability

A version of this paper will appear in the Communications of the ACM (CACM). Memory Models: A Case for Rethinking Parallel Languages and Hardware Sarita V. Adve

Source URL: rsim.cs.uiuc.edu

• Computer memory
• Concurrency control
• Concurrency
• Compiler construction
• Parallel computing
• Memory model
• Java memory model
• Memory barrier
• OpenMP
• Thread
• Synchronization
• Stream processing

FILIP PIZLO Resume • filpizlo.com • 1817 47th Ave • Capitola, CA 95010 • Summary. I’m a systems programmer specializing in compilers, programming language runtimes, memory management,

Source URL: www.filpizlo.com

• Computing
• Software
• Java
• Compilers
• Compiler construction
• Programming language implementation
• Cross-platform software
• Jikes RVM
• SIGPLAN
• LLVM
• Just-in-time compilation
• Real time Java

Delft University of Technology Software Engineering Research Group Technical Report Series Mixing Source and Bytecode – A Case for Compilation by Normalization

Source URL: swerl.tudelft.nl

• Programming language implementation
• Cross-platform software
• Compiler construction
• Java platform
• Java programming language
• Bytecode
• Java
• Compiler
• Python
• Computing
• Software engineering
• Software

Gcj: the new ABI and its implications Tom Tromey Red Hat, Inc. Andrew Haley Red Hat, Inc.

Source URL: gcc.cybermirror.org

• Cross-platform software
• Java platform
• Java virtual machine
• GNU Compiler for Java
• Computing platforms
• Just-in-time compilation
• GNU Compiler Collection
• Virtual method table
• Application programming interface
• Computing
• Software
• Computer programming

The Impact of Memory Models on Software Reliability in Multiprocessors Alexander Jaffe Thomas Moscibroda

Source URL: homes.cs.washington.edu

• Transaction processing
• Computer memory
• Compiler construction
• Concurrency
• Programming language design
• Linearizability
• Parallel computing
• Thread
• Java Memory Model
• Computing
• Logic
• Software engineering

Why Has The OSGi Specification Been Based On Java Technology?

Source URL: www.osgi.org

• Compiler construction
• Cross-platform software
• Java programming language
• OSGi
• Interpreter
• Just-in-time compilation
• Java
• Porting
• Interpreted language
• Computing
• Software
• Programming language implementation