Add to ORKGProceedings of the Ninth International Summer School on Advanced Computer Architecture and Compilation for High-Performance and Embedded Systems (HiPEAC ACACES 2013)Nowadays, many-core processors emerge as a serious alternative to regular processors by offering high computing performances while controlling power consumption. As for every complex parallel and distributed systems, data sharing and data consistency is of major importance. In this paper we propose a short overview of one particular coherency protocol, the data sliding mechanism, based on cooperative caching. We also present some perspectives to this work, and its global integration within a complete system
textThis dissertation explores techniques for reducing the costs of inter-processor communication i...
This paper considers a large scale, cache-based multiprocessor that is interconnected by a hierarchi...
Next generation multicore applications will process massive amounts of data with significant sharing...
Proceedings of the Ninth International Summer School on Advanced Computer Architecture and Compilati...
International audienceIn this paper, we propose a new cooperative caching method improving the cache...
International audienceAs the number of embedded cores grows up, the off-chip memory wall becomes an ...
As transistor density continues to grow geometrically, processor manufacturers are already able to p...
Abstract—In future micro-architectures, the increase of the number of cores and wire network complex...
L'architecture TSAR (Tera-Scale ARchitecture) développée conjointement par BULL, le Lip6 et le CEA-L...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
University of Technology Sydney. Faculty of Engineering and Information Technology.Chip Multi-Proces...
This thesis presents a new cache coherence protocol for shared bus multicache systems, and addresses...
An adaptive cache coherence mechanism exploits semantic information about the expected or observed a...
On the road to computer systems able to support the requirements of exascale applications, Chip Mult...
Single chip multicore processors are now prevalent and processors with hundreds of cores are being p...
textThis dissertation explores techniques for reducing the costs of inter-processor communication i...
This paper considers a large scale, cache-based multiprocessor that is interconnected by a hierarchi...
Next generation multicore applications will process massive amounts of data with significant sharing...
Proceedings of the Ninth International Summer School on Advanced Computer Architecture and Compilati...
International audienceIn this paper, we propose a new cooperative caching method improving the cache...
International audienceAs the number of embedded cores grows up, the off-chip memory wall becomes an ...
As transistor density continues to grow geometrically, processor manufacturers are already able to p...
Abstract—In future micro-architectures, the increase of the number of cores and wire network complex...
L'architecture TSAR (Tera-Scale ARchitecture) développée conjointement par BULL, le Lip6 et le CEA-L...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
University of Technology Sydney. Faculty of Engineering and Information Technology.Chip Multi-Proces...
This thesis presents a new cache coherence protocol for shared bus multicache systems, and addresses...
An adaptive cache coherence mechanism exploits semantic information about the expected or observed a...
On the road to computer systems able to support the requirements of exascale applications, Chip Mult...
Single chip multicore processors are now prevalent and processors with hundreds of cores are being p...
textThis dissertation explores techniques for reducing the costs of inter-processor communication i...
This paper considers a large scale, cache-based multiprocessor that is interconnected by a hierarchi...
Next generation multicore applications will process massive amounts of data with significant sharing...