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City Pacific Grove / Barcelona / Santa Barbara / New York / Philadelphia / Redwood City / Scalable Queue / Providence / Amsterdam / Snowbird / San Diego / Long Beach / / Company Creating Reusable Software / Sun Microsystems Laboratories / Hanson / Las Vegas NV / Node / / Country Netherlands / United States / Spain / / Currency USD / / / Facility Scherer III Doug Lea Michael L. Scott University / / IndustryTerm classic algorithms / dual queue algorithms / bakery algorithm / unfair algorithm / synchronous queue algorithms / naive monitor-based algorithm / dual stack algorithms / faster algorithms / production software / consumer applications / server applications / / Movie D. 3 / / Organization National Science Foundation / SUNY / University of Rochester / Univ. of Rochester / / Person Mark Moir / David Holmes / Doug Lea Michael / Brian Goetz / M. Herlihy / V / Bill Pugh / Dave Dice / William N. Scherer III / / Position waiting worker / Parallel Programming General / scheduler data structures / SynchQueue Single Producer / single producer / producer / head / waiting producer / garbage collector / programmer / / Product ThreadPoolExecutor / / ProgrammingLanguage Java / Ada / / ProvinceOrState New York / Utah / Pennsylvania / Rhode Island / California / / Technology Opteron processors / faster algorithms / fair algorithm / Mutual Exclusion Algorithm / dual stack algorithms / dual queue algorithms / Concurrent Queue Algorithms / operating systems / Terms algorithms / 2.4 Memory Model The algorithms / LockFree Stack Algorithm / lock-based algorithms / bakery algorithm / naive monitor-based algorithm / Java / Nonblocking algorithms / synchronous queue algorithms / simulation / unfair algorithm / / URL http / SocialTag 
Scalable Synchronous Queues ∗ William N. Scherer III Doug Lea Michael L. Scott