Monterey / Pacific Grove / Boston / Cancun / Lauderdale / Santa Margherita Ligure / Pittsburgh / Atlanta / Scalable Queue / Miami / Snowbird / San Jose / /
Company
Mercury Computer Systems / IBM / Distributed Computing Systems / Oracle / Sun Labs / SIGMETRICS Intl / The times / Sun Enterprise / Compaq / /
Country
Italy / Mexico / /
Currency
USD / / /
Event
Security Buyback / /
Facility
Computer Science University of Rochester Rochester / University of Rochester / Building FIFO / University of Washington / /
IndustryTerm
transaction processing systems / clever algorithm / large scientific applications / 336MHz processors / database systems / synchronization algorithms / exhaustive model-checking tool / space management / parallel real-time software / important applications / lock algorithms / concurrent systems / real-time systems / Process management / /
OperatingSystem
UNIX / Linux / Solaris / K42 / /
Organization
University of Washington / National Science Foundation / MIT / Computer Science University of Rochester Rochester / University of Rochester / Department of Computer Science / /
Person
Paul Martin / Victor Luchangco / Mark Moir / / /
Position
ABSTRACT General / scheduler / /
Product
Parallel Server / Tru64 / K42 / /
ProgrammingLanguage
C / /
ProvinceOrState
New Brunswick / New York / Utah / Pennsylvania / Florida / California / Georgia / /
Technology
20 processors / Synchronization algorithms / 40 processors / lock algorithms / UNIX / Linux / 8 processors / previous algorithms / 2 processors / 64 processors / same processor / operating system / html / operating systems / Reactive synchronization algorithms / one processor / 4 processors / 336MHz processors / 36 processors / APPENDIX A. CODE FOR ALGORITHMS / Parallel Processing / /
Non-Blocking Timeout in Scalable Queue-Based Spin Locks Michael L. Scott ∗