AbstreetThis paper proposes a set of efficient primitives for process synchronization in muitiprocessors. The only assumptions made in developing the set of primitives are that hardware combining is not implemented in the hter-connect, and (in one case) that the interconnect supports broadcast. The primitives make use of synchronization bits (syncbits) to provide a simple mechanism for mutual exclu-sion. The proposed implementation of the primitives includes efEcient (Le. kxal) busy-waiting for syncbit & In addition, a hardware-supported mechanism for maintain-ing a first-come ih-st-serve queue of requests for a syncbit is proposed. This queueing mechanism aiiows for a very efEcient implementation of, as well as fair access to, binary s...
[[abstract]]A fundamental issue that any control-based synchronization should address is how to mini...
Conventional wisdom holds that contention due to busy-wait synchronization is a major obstacle to sc...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
This paper proposes a set of efficient primitives for process synchronization in multiprocessors. T...
This paper addresses the problem of universal synchronizationprimitives that can support scalable th...
This paper presents a new methodology for implementing fast synchronization on scalable cache-cohere...
his paper addresses the problem of universal synchronization primitives that can support scalable th...
The “wait-free hierarchy ” classifies multiprocessor synchronization primitives according to their p...
The quest to improve performance forces designers to explore finer-grained multiprocessor machines. ...
It has been already verified that hardware-supported fine-grain synchronization provides a significa...
As the level of parallelism in manycore processors keeps increasing, providing efficient mechanisms ...
EjFcient synchronization primitives are essential for achieving high performance in he-grain, shared...
Many hardware primitives have been proposed for synchronization and atomic memory update on shared-m...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
Scalable busy-wait synchronization algorithms are essential for achieving good parallel program perf...
[[abstract]]A fundamental issue that any control-based synchronization should address is how to mini...
Conventional wisdom holds that contention due to busy-wait synchronization is a major obstacle to sc...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
This paper proposes a set of efficient primitives for process synchronization in multiprocessors. T...
This paper addresses the problem of universal synchronizationprimitives that can support scalable th...
This paper presents a new methodology for implementing fast synchronization on scalable cache-cohere...
his paper addresses the problem of universal synchronization primitives that can support scalable th...
The “wait-free hierarchy ” classifies multiprocessor synchronization primitives according to their p...
The quest to improve performance forces designers to explore finer-grained multiprocessor machines. ...
It has been already verified that hardware-supported fine-grain synchronization provides a significa...
As the level of parallelism in manycore processors keeps increasing, providing efficient mechanisms ...
EjFcient synchronization primitives are essential for achieving high performance in he-grain, shared...
Many hardware primitives have been proposed for synchronization and atomic memory update on shared-m...
Efficient synchronization is important for achieving good performance in parallel programs, especial...
Scalable busy-wait synchronization algorithms are essential for achieving good parallel program perf...
[[abstract]]A fundamental issue that any control-based synchronization should address is how to mini...
Conventional wisdom holds that contention due to busy-wait synchronization is a major obstacle to sc...
Efficient synchronization is important for achieving good performance in parallel programs, especial...