Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall of chip multiprocessors (CMP). Although there already exist many LLC management proposals, belonging to either the spatial or temporal dimension, they fail to capture and utilize the inherent interplays between the two dimensions in capacity management. Therefore, this dissertation is targeted at exploring and exploiting the spatiotemporal interactions in LLC capacity management to improve CMPs\u27 performance. Based on this general idea, we address four specific research problems in the dissertation. For the private LLC organization, prior-art proposals can improve the efficacy of inter-core cooperative caching at the coarse-grained applicati...
Designing an efficient memory system is a big challenge for future multicore systems. In particular,...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
Most chip-multiprocessors nowadays adopt a large shared last-level cache (SLLC). This paper is motiv...
As the Memory Wall remains a bottleneck for Chip Multiprocessors (CMP), the effective management of ...
Last-Level Cache (LLC) represents the bulk of a modern CPU processor's transistor budget and is esse...
One of the key requirements to obtaining high performance from chip multiprocessors (CMPs) is to eff...
As transistor density continues to grow geometrically, processor manufacturers are already able to p...
Next generation multicores will process massive data with varying degree of locality. Harnessing on-...
Current architectural trends of rising on-chip core counts and worsening power-performance penalties...
The speed gap between processors and DRAM remains a crit-ical performance bottleneck for contemporar...
Designing an efficient memory system is a big challenge for future multicore systems. In particular,...
Designing an efficient memory system is a big challenge for future multicore systems. In particular,...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
Most chip-multiprocessors nowadays adopt a large shared last-level cache (SLLC). This paper is motiv...
As the Memory Wall remains a bottleneck for Chip Multiprocessors (CMP), the effective management of ...
Last-Level Cache (LLC) represents the bulk of a modern CPU processor's transistor budget and is esse...
One of the key requirements to obtaining high performance from chip multiprocessors (CMPs) is to eff...
As transistor density continues to grow geometrically, processor manufacturers are already able to p...
Next generation multicores will process massive data with varying degree of locality. Harnessing on-...
Current architectural trends of rising on-chip core counts and worsening power-performance penalties...
The speed gap between processors and DRAM remains a crit-ical performance bottleneck for contemporar...
Designing an efficient memory system is a big challenge for future multicore systems. In particular,...
Designing an efficient memory system is a big challenge for future multicore systems. In particular,...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...