JSR 133 Expert Group / HP / AMD / Intel / Microsoft / / /
Facility
Hardware Sarita V. Adve Hans-J. Boehm University of Illinois / University of WisconsinMadison / /
IndustryTerm
software engineering / shared memory processing / semi-automatic tools / speculative processors / parallel computing languages / software programming / parallel computing / languages and systems / hardware/software / important hardware / coherence protocols / software-driven communication / final solution / software models research / software requirements / well-written software / fundamental solution / above solutions / software development / high-productivity computing / deterministic algorithms / mismatched hardware/software views / hardware technology makes / software models / correct given existing hardware / runtime systems / hardware-software interface / harwdare/software interface / match current hardware / even current software / mainstream operating systems / software community / clear off-the-shelf solutions / mutual exclusion algorithm / /
OperatingSystem
Microsoft Windows / Posix / /
Organization
University of WisconsinMadison / University of Illinois / United States Department of Defense / Illinois Universal Parallel Computing Research Center / /
Person
Jeremy Manson / Lawrence Crowl / Paul McKenney / James Reinders / Kourosh Gharachorloo / Sarita V. Adve / Rob Bocchino / Rob Schreiber / Marc Snir / Doug Lea / Race / Herb Sutter / Mark Hill / Vikram Adve / Bratin Saha / Bill Pugh / Clark Nelson / /
Position
memory system designer / simple and consistent model for threads and shared variables / actor / memory model for C++ / similar memory model / with very similar atomic operations / memory model in parallel computing / model / C++ model / Java model / Software Developer / programmer / /
Product
Motorola i355 Cellular Phone / /
ProgrammingLanguage
Cilk / Java / C / Ada / C++ / /
ProvinceOrState
Illinois / /
PublishedMedium
the Communications of the ACM / IEEE Transactions on Computers / /
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