This paper presents a statistical model of set-associativity, victim caching and skewed-associativity, with an emphasis on skewed-associativity. We show that set-associativity is not efficient when the working-set size is close to the cache size. We refer to this as the unit working-set problem. We show that victim-caching is not a practical solution to the unit working-se- t problem either, although victim caching emulates full associativity for working-sets much larger than the victim buffer itself. On the other hand we show that 2-way skewed associativity emulates full associativity for working-sets up to half the cache size, and that 3-way skewed-associativity is almost equivalent to full associativity, i.e., skewed-associativity is a p...
In this thesis, we elevate coded caching from their purely information-theoretic framework to a stoc...
The organization of the skewed-associative cache has been presented in the IRISA report 645. We pres...
Abstract—The ever-increasing importance of main memory latency and bandwidth is pushing CMPs towards...
This paper presents a statistical model of set-associativity, victim caching and skewed-associativit...
This paper presents a statistical model for explaining why skewed-associativity removes conflicts be...
: Skewed-associative caches have been shown to statisticaly exhibit lower miss ratios than set-assoc...
We introduce a new organization for multi-bank cach es: the skewed-associative cache. A two-way skew...
As processors become faster, memory hierarchy becomes a serious bottleneck. In recent years memory ...
Because of the infeasibility or expense of large fully-associative caches, cache memories are often ...
The common approach to reduce cache conflicts is to in-crease the associativity. From a dynamic powe...
During the past decade, microprocessors potential performance has increased at a tremendous rate usi...
We introduce a new organization for multi-bank caches: the skewed-associative cache. A two-way skewe...
Cache behavior is complex and inherently unstable, yet it is a critical factor affecting program per...
We introduce a new organization for multi-bank caches: the skewed-associative cache. A two-way skewe...
Skewed-associative caches use several hash functions to reduce collisions in caches without increasi...
In this thesis, we elevate coded caching from their purely information-theoretic framework to a stoc...
The organization of the skewed-associative cache has been presented in the IRISA report 645. We pres...
Abstract—The ever-increasing importance of main memory latency and bandwidth is pushing CMPs towards...
This paper presents a statistical model of set-associativity, victim caching and skewed-associativit...
This paper presents a statistical model for explaining why skewed-associativity removes conflicts be...
: Skewed-associative caches have been shown to statisticaly exhibit lower miss ratios than set-assoc...
We introduce a new organization for multi-bank cach es: the skewed-associative cache. A two-way skew...
As processors become faster, memory hierarchy becomes a serious bottleneck. In recent years memory ...
Because of the infeasibility or expense of large fully-associative caches, cache memories are often ...
The common approach to reduce cache conflicts is to in-crease the associativity. From a dynamic powe...
During the past decade, microprocessors potential performance has increased at a tremendous rate usi...
We introduce a new organization for multi-bank caches: the skewed-associative cache. A two-way skewe...
Cache behavior is complex and inherently unstable, yet it is a critical factor affecting program per...
We introduce a new organization for multi-bank caches: the skewed-associative cache. A two-way skewe...
Skewed-associative caches use several hash functions to reduce collisions in caches without increasi...
In this thesis, we elevate coded caching from their purely information-theoretic framework to a stoc...
The organization of the skewed-associative cache has been presented in the IRISA report 645. We pres...
Abstract—The ever-increasing importance of main memory latency and bandwidth is pushing CMPs towards...