[EN] A dedicated control network is used to transmit acknowledgement messages generated by the coherence protocol, thus reducing the traffic in the regular NoC and improving the overall system performance[ES] Se propone una red dedicada para transmitir los mensajes de acknowledgement generados por el protocolo de coherencia, con el objetivo de reducir el tráfico en la NoC, mejorando así las prestaciones del sistemaLodde, M. (2013). Efficient built-in NoC support for gather operations in invalidation-based coherence protocols. http://hdl.handle.net/10251/4496
© 2021 IEEE. Personal use of this material is permitted. Permissíon from IEEE must be obtained for a...
URL to conference programIn the many-core era, scalable coherence and on-chip interconnects are cruc...
The complexity of modern Systems-on-Chips (SoC) is increasing with technology innovations. Designers...
[EN] Future chip multiprocessors will include hundreds of cores organised in a tile-based design pat...
Abstract—Chip Multiprocessor Systems (CMPs) rely on a cache coherency protocol to maintain memory ac...
AbstractDirectory-based cache coherency is commonly accepted as the design of choice to provide high...
International audienceShared memory is a critical issue for large distributed systems. Despite sever...
[[abstract]]An optimization scheme for a directory-based cache coherence protocol for multistage int...
Using coherence can improve performance by facilitating burst transfers of whole cache blocks and re...
Networks on Chip (NoCs) have a large impact on system performance, area, and energy. NoCs convey req...
Many future shared-memory multiprocessor servers will both target commercial workloads and use highl...
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...
The paper introduces Network-on-Chip (NoC) design methodology and low cost mechanisms for supporting...
Scalable distributed shared-memory architectures rely on coher-ence controllers on each processing n...
© 2021 IEEE. Personal use of this material is permitted. Permissíon from IEEE must be obtained for a...
URL to conference programIn the many-core era, scalable coherence and on-chip interconnects are cruc...
The complexity of modern Systems-on-Chips (SoC) is increasing with technology innovations. Designers...
[EN] Future chip multiprocessors will include hundreds of cores organised in a tile-based design pat...
Abstract—Chip Multiprocessor Systems (CMPs) rely on a cache coherency protocol to maintain memory ac...
AbstractDirectory-based cache coherency is commonly accepted as the design of choice to provide high...
International audienceShared memory is a critical issue for large distributed systems. Despite sever...
[[abstract]]An optimization scheme for a directory-based cache coherence protocol for multistage int...
Using coherence can improve performance by facilitating burst transfers of whole cache blocks and re...
Networks on Chip (NoCs) have a large impact on system performance, area, and energy. NoCs convey req...
Many future shared-memory multiprocessor servers will both target commercial workloads and use highl...
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...
The paper introduces Network-on-Chip (NoC) design methodology and low cost mechanisms for supporting...
Scalable distributed shared-memory architectures rely on coher-ence controllers on each processing n...
© 2021 IEEE. Personal use of this material is permitted. Permissíon from IEEE must be obtained for a...
URL to conference programIn the many-core era, scalable coherence and on-chip interconnects are cruc...
The complexity of modern Systems-on-Chips (SoC) is increasing with technology innovations. Designers...
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