IBM / Distributed Systems / Reader-Writer Request Rules Group Lock Choices Group / Shared-Memory Multiprocessor Real-Time Systems / Embedded Systems / T4 / T5 / Sun / RealTime Systems / T2 / Real-Time Systems / Intel / Real-Time Computing Systems / /
Event
FDA Phase / /
Facility
Prentice Hall / University of North Carolina / Chapel Hill Abstract / /
IndustryTerm
non-blocking read-write algorithms / synchronization protocol / entry protocol / large parallel systems / actual systems / representative algorithm / synchronization algorithms / read-write priority ceiling protocol / parallel systems / cache-coherent shared-memory multiprocessor systems / semaphore protocol / shared-memory multiprocessor systems / multiprocessor locking protocol / generated task systems / periodic task systems / pure-buffer algorithms / to other scheduling algorithms / logical processors / cachecoherent processors / mutex protocol / synchronization protocols / /
NaturalFeature
Niagara / /
OperatingSystem
Linux / POSIX / /
Organization
National Science Foundation / University of North Carolina / Intel / and Sun Corps / U.S. Securities and Exchange Commission / orn B. Brandenburg and James H. Anderson Department of Computer Science / /
Person
Sanjoy Baruah / James H. Anderson / M. Musial / V / Synchronization / Marko Bertogna / MARVIN MARK II / Giuseppe Lipari / Ticket Lock / Queue Lock / Michele Cirinei / /
Reader-Writer Synchronization for Shared-Memory Multiprocessor Real-Time Systems∗ Bj¨orn B. Brandenburg and James H. Anderson Department of Computer Science, University of North Carolina at Chapel Hill Abstract