Efficientsynchronization is an essential component of parallel computing. The designers of traditional multiprocessors have included hardware support only for simple operations suchas compare-and-swap and load-linked/store-conditional, while high level synchronization primitives suchaslocks, barriers, and condition variables have been implemented in software [9, 14, 15]
Many hardware primitives have been proposed for synchronization and atomic mem-ory update on shared-...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
The “wait-free hierarchy ” classifies multiprocessor synchronization primitives according to their p...
Shared memory multiprocessor systems typically provide a set of hardware primitives in order to supp...
A distributed system is a group of processors that do not allocate memory. As an alternative, each p...
EjFcient synchronization primitives are essential for achieving high performance in he-grain, shared...
Synchronization is a crucial operation in many parallel applications. Conventional synchronization m...
Synchronization is a central issue in concurrency and plays an important role in the behavior and pe...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
Performance metrics and evaluation criteria are used to develop a novel taxonomy that classifies bar...
Journal ArticleShared memory programs guarantee the correctness of concurrent accesses to shared dat...
Scalable busy-wait synchronization algorithms are essential for achieving good parallel program perf...
Existing multiprocessor synchronization mechanisms are relatively heavyweight, due in part to the le...
Large-scale shared-memory multiprocessors typically have long latencies for remote data accesses. A...
Many hardware primitives have been proposed for synchronization and atomic memory update on shared-m...
Many hardware primitives have been proposed for synchronization and atomic mem-ory update on shared-...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
The “wait-free hierarchy ” classifies multiprocessor synchronization primitives according to their p...
Shared memory multiprocessor systems typically provide a set of hardware primitives in order to supp...
A distributed system is a group of processors that do not allocate memory. As an alternative, each p...
EjFcient synchronization primitives are essential for achieving high performance in he-grain, shared...
Synchronization is a crucial operation in many parallel applications. Conventional synchronization m...
Synchronization is a central issue in concurrency and plays an important role in the behavior and pe...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
Performance metrics and evaluation criteria are used to develop a novel taxonomy that classifies bar...
Journal ArticleShared memory programs guarantee the correctness of concurrent accesses to shared dat...
Scalable busy-wait synchronization algorithms are essential for achieving good parallel program perf...
Existing multiprocessor synchronization mechanisms are relatively heavyweight, due in part to the le...
Large-scale shared-memory multiprocessors typically have long latencies for remote data accesses. A...
Many hardware primitives have been proposed for synchronization and atomic memory update on shared-m...
Many hardware primitives have been proposed for synchronization and atomic mem-ory update on shared-...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
The “wait-free hierarchy ” classifies multiprocessor synchronization primitives according to their p...
Add to ORKG