Many-core tiled CMP proposals often assume a partially shared last level cache (LLC) since this provides a good compromise between access latency and cache utilization. In this paper, we propose a novel way to map memory addresses to LLC banks that takes into account the average distance between the banks and the tiles that access them. Contrary to traditional approaches, our mapping does not group the tiles in clusters within which all the cores access the same bank for the same addresses. Instead, two neighboring cores access different sets of banks minimizing the average distance travelled by the cache requests. Results for a 64-core CMP show that our proposal improves both execution time and the energy consumed by the network by 13 % wh...
Cache partitioning in tile-based CMP architectures is a challenging problem because of i) the need t...
Abstract—In recent years, high performance computing sys-tems have obtained more processing cores an...
Locality has always been a critical factor in on-chip data placement on CMPs as accessing further-aw...
In tiled Chip Multiprocessors (CMPs) last-level cache (LLC) banks are usually shared but distributed...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
This paper describes Constrained Associative-Mapping-of-Tracking-Entries (C-AMTE), a scalable mechan...
One of the key requirements to obtaining high performance from chip multiprocessors (CMPs) is to eff...
Recent research results show that there is a high degree of code sharing between cores in multi-core...
Microprocessor industry has converged on chip multiprocessor (CMP) as the architecture of choice to ...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
This paper describes Constrained Associative-Mapping-of-Tracking-Entries (C-AMTE), a scalable mechan...
In this work, we propose a new organization for the last level shared cache of a multicore system. O...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
Future CMP designs that will integrate tens of processor cores on-chip will be constrained by area a...
The Last Level Cache (LLC) is a key element to improve application performance in multi-cores. To ha...
Cache partitioning in tile-based CMP architectures is a challenging problem because of i) the need t...
Abstract—In recent years, high performance computing sys-tems have obtained more processing cores an...
Locality has always been a critical factor in on-chip data placement on CMPs as accessing further-aw...
In tiled Chip Multiprocessors (CMPs) last-level cache (LLC) banks are usually shared but distributed...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
This paper describes Constrained Associative-Mapping-of-Tracking-Entries (C-AMTE), a scalable mechan...
One of the key requirements to obtaining high performance from chip multiprocessors (CMPs) is to eff...
Recent research results show that there is a high degree of code sharing between cores in multi-core...
Microprocessor industry has converged on chip multiprocessor (CMP) as the architecture of choice to ...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
This paper describes Constrained Associative-Mapping-of-Tracking-Entries (C-AMTE), a scalable mechan...
In this work, we propose a new organization for the last level shared cache of a multicore system. O...
Judicious management of on-chip last-level caches (LLC) is critical to alleviating the memory wall o...
Future CMP designs that will integrate tens of processor cores on-chip will be constrained by area a...
The Last Level Cache (LLC) is a key element to improve application performance in multi-cores. To ha...
Cache partitioning in tile-based CMP architectures is a challenging problem because of i) the need t...
Abstract—In recent years, high performance computing sys-tems have obtained more processing cores an...
Locality has always been a critical factor in on-chip data placement on CMPs as accessing further-aw...