In this work, we propose a new organization for the last level shared cache of a multicore system. Our design is based on the observation that the Next-Use distance, measured in terms of intervening misses between the eviction of a line and its next use, for lines brought in by a given delinquent PC falls within a predictable range of values. We exploit this correlation to improve the performance of shared caches in multi-core architectures by proposing the NUcache organiza-tion
This paper presents and validates methods to extend reuse distance analysis of application locality ...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...
As the number of cores on Chip Multi-Processor (CMP) increases, the need for effective utilization (...
In this work, we propose a new organization for the last level shared cache of a rnulticore system. ...
The effectiveness of the last-level shared cache is crucial to the performance of a multi-core syste...
AbstractIn current multi-core systems with the shared last level cache (LLC) physically distributed ...
In 2005, as chip multiprocessors started to appear widely, it became possible for the on-chip cores ...
Increases in on-chip communication delay and the large working sets of server and scientific workloa...
The last level on-chip cache (LLC) is becoming bigger and more complex to effectively support the va...
In response to the constant increase in wire delays, Non-Uniform Cache Architecture (NUCA) has been ...
With off-chip memory access taking 100's of processor cycles, getting data to the processor in a tim...
Multi-core processors employ shared Last Level Caches (LLC). This trend will continue in the future ...
Thesis (Ph. D.)--University of Rochester. Dept. of Computer Science, 2014.As multi-core processors b...
Shared last-level caches, widely used in chip-multi-processors (CMPs), face two fundamental limitati...
Many-core tiled CMP proposals often assume a partially shared last level cache (LLC) since this prov...
This paper presents and validates methods to extend reuse distance analysis of application locality ...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...
As the number of cores on Chip Multi-Processor (CMP) increases, the need for effective utilization (...
In this work, we propose a new organization for the last level shared cache of a rnulticore system. ...
The effectiveness of the last-level shared cache is crucial to the performance of a multi-core syste...
AbstractIn current multi-core systems with the shared last level cache (LLC) physically distributed ...
In 2005, as chip multiprocessors started to appear widely, it became possible for the on-chip cores ...
Increases in on-chip communication delay and the large working sets of server and scientific workloa...
The last level on-chip cache (LLC) is becoming bigger and more complex to effectively support the va...
In response to the constant increase in wire delays, Non-Uniform Cache Architecture (NUCA) has been ...
With off-chip memory access taking 100's of processor cycles, getting data to the processor in a tim...
Multi-core processors employ shared Last Level Caches (LLC). This trend will continue in the future ...
Thesis (Ph. D.)--University of Rochester. Dept. of Computer Science, 2014.As multi-core processors b...
Shared last-level caches, widely used in chip-multi-processors (CMPs), face two fundamental limitati...
Many-core tiled CMP proposals often assume a partially shared last level cache (LLC) since this prov...
This paper presents and validates methods to extend reuse distance analysis of application locality ...
International audienceMulti-core processors employ shared Last Level Caches (LLC). This trend will c...
As the number of cores on Chip Multi-Processor (CMP) increases, the need for effective utilization (...