This work proposes a methodology for load balancing packets to cores in an S-NUCA tile-based architecture with a large number of cores. Published in: 2010 ACM/ ...

Oct 25, 2010 · This work proposes a methodology for load balancing packets to cores in an S-NUCA tile-based architecture with a large number of cores.

This work proposes a methodology for load balancing packets to cores in an S-NUCA tile-based architecture with a large number of cores.

This work proposes a methodology for load balancing packets to cores in an S-NUCA tile-based architecture with a large number ... vised that selects the core ...

This work proposes a methodology for load balancing packets to cores in an S-NUCA tile-based architecture with a large number of cores to avoid long ...

This work proposes a methodology for load balancing packets to cores in an S-NUCA tile-based architecture with a large number of cores. ResearchGate Logo.

Enric Musoll: Variable-size mosaics: A process-variation aware technique to increase the performance of tile-based, massive multi-core processors.

This work presents a high-level study of the performance, power, and thermal behavior of tile-based architectures with a large number of cores executing flow- ...

This work proposes a methodology for load balancing packets to cores in an S-NUCA tile-based architecture with a large number of cores. Read more. Hardware- ...

Feb 6, 2010 · Load-Balancing Policy for Tile-Based, Multi-Core Packet Processors. •. 24:3 same 5-tuple set of fields (source/destination address, source ...