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LCA: a memory link and cache-aware co-scheduling approach for CMPs by Alexandros-Herodotos Haritatos; Georgios Goumas; Nikos Anastopoulos; Konstantinos Nikas; Kornilios Kourtis; Nectarios Koziris is a scholarly article available to read on EtoBox.

What is LCA: a memory link and cache-aware co-scheduling approach for CMPs about?

This paper presents LCA, a memory Link and Cache-Aware co-scheduling approach for CMPs. It is based on a novel application classification scheme that monitors resource utilization across the entire memory hierarchy from main memory down to CPU cores. This enables us to predict application interference accurately and support a co-scheduling algorithm that outperforms state-of-the-art scheduling policies both in terms of throughput and fairness. As LCA depends on information collected at runtime by existing monitoring mechanisms of modern processors, it can be easily incorporated in real-life co-scheduling scenarios with various application features and platform configurations.

Author

Alexandros-Herodotos Haritatos; Georgios Goumas; Nikos Anastopoulos; Konstantinos Nikas; Kornilios Kourtis; Nectarios Koziris

Publisher

ACM

Published

2014

Language

EN