[EN] Future chip multiprocessors will include hundreds of cores organised in a tile-based design pattern. These systems commonly employ a shared memory programming model, thus needing a coherence protocol to keep data consistent on the various levels of the cache hierarchy. Usually an invalidation-based protocol is used, where shared copies are invalidated before a write operation. In this study, the authors propose a NoC re-organisation in which a small and fast dedicated control network is used to transmit acknowledgement messages related to the invalidation process, thus relieving the NoC from a considerable percentage of traffic. The dedicated control network is evaluated both with full map directories and with a broadcast-based protoc...
In a network-on-chip (NoC) based system, the NoC is a shared resource among multiple processor cores...
MasterIn many-core systems, network size has been increasingly enlarged and they require wider bandw...
Improving the performance of future computing systems will be based upon the ability of increasing t...
Abstract—Chip Multiprocessor Systems (CMPs) rely on a cache coherency protocol to maintain memory ac...
[EN] A dedicated control network is used to transmit acknowledgement messages generated by the cohe...
The paper introduces Network-on-Chip (NoC) design methodology and low cost mechanisms for supporting...
[[abstract]]An optimization scheme for a directory-based cache coherence protocol for multistage int...
Manycore CMP systems are expected to grow to tens or even hundreds of cores. In this paper we show t...
Abstract—Scalable distributed shared-memory architectures rely on coherence controllers on each proc...
Scalable distributed shared-memory architectures rely on coher-ence controllers on each processing n...
Abstract—Manycore systems require energy-efficient on-chip networks that provide high throughput and...
Recent research shows that the high occupancy of Coherence Controllers (CCs) is a major performance ...
During the past years has the Nostrum Network on Chip (NoC) been developed to become a competitive p...
System-on-a-chip (SoC) designs is characterized by heavy reuse of IP blocks to satisfy specific comp...
Networks on Chip (NoCs) have a large impact on system performance, area, and energy. NoCs convey req...
In a network-on-chip (NoC) based system, the NoC is a shared resource among multiple processor cores...
MasterIn many-core systems, network size has been increasingly enlarged and they require wider bandw...
Improving the performance of future computing systems will be based upon the ability of increasing t...
Abstract—Chip Multiprocessor Systems (CMPs) rely on a cache coherency protocol to maintain memory ac...
[EN] A dedicated control network is used to transmit acknowledgement messages generated by the cohe...
The paper introduces Network-on-Chip (NoC) design methodology and low cost mechanisms for supporting...
[[abstract]]An optimization scheme for a directory-based cache coherence protocol for multistage int...
Manycore CMP systems are expected to grow to tens or even hundreds of cores. In this paper we show t...
Abstract—Scalable distributed shared-memory architectures rely on coherence controllers on each proc...
Scalable distributed shared-memory architectures rely on coher-ence controllers on each processing n...
Abstract—Manycore systems require energy-efficient on-chip networks that provide high throughput and...
Recent research shows that the high occupancy of Coherence Controllers (CCs) is a major performance ...
During the past years has the Nostrum Network on Chip (NoC) been developed to become a competitive p...
System-on-a-chip (SoC) designs is characterized by heavy reuse of IP blocks to satisfy specific comp...
Networks on Chip (NoCs) have a large impact on system performance, area, and energy. NoCs convey req...
In a network-on-chip (NoC) based system, the NoC is a shared resource among multiple processor cores...
MasterIn many-core systems, network size has been increasingly enlarged and they require wider bandw...
Improving the performance of future computing systems will be based upon the ability of increasing t...