This research proposes a new architecture which provides a significant decrease in peak power with limited performance loss. It does this through the use of a ...

This paper focuses on reducing the peak power of each core, providing a building block for global multi-core power budgeting solutions. In this paper, we ...

Such an architecture can cut peak power by 25% with less than 5% performance loss; among other advantages, this frees 5.3% of total core area used for ...

Peak power can be reduced with limited performance loss. General purpose processors are optimized for the common case. With adaptation at 70% of total peak ...

This research proposes a new architecture which provides a significant decrease in peak power with limited performance loss. It does this through the use of a ...

This research proposes a new architecture which provides a significant decrease in peak power with limited performance loss through the use of a highly ...

Reducing peak power with a table-driven adaptive processor core. V Kontorinis, A Shayan, DM Tullsen, R Kumar. Proceedings of the 42nd annual IEEE/ACM ...

Chapter 2 contains material from “Reducing peak power with a table-driven adaptive processor core”, by Vasileios Kontorinis, Amirali Shayan, Rakesh Kumar,.

Kontorinis et al. introduce an adaptive processor with peak power guarantees, which can reduce peak power by table-driven reconfiguration [25] . Most of the ...

To address this issue, researchers have aimed at reducing the processor's power dissipation with minimum effect on performance. One effective architecture-level ...