The widening gap between processor speed and main memory speed has generated interest in compile-time optimizations to improve memory locality. The possibility that processors will continue to outpace memory systems raises the question of whether these techniques can be used to produce ever higher degrees of locality. In this article, we discuss techniques that can be used to produce scalable locality": locality that can be adjusted for any ratio of processor and memory speeds. We identify a class of calculations for which existing techniques do not generally produce scalable locality, and give an algorithm for obtaining scalable locality for a subset of this class. We include empirical evidence that this transformation can provide dramatic...
The widening gap between processor and memory speeds renders data locality optimization a very impor...
In order to mitigate the impact of the constantly widening gap between processor speed and main memo...
Thesis (Ph. D.)--University of Rochester. Department of Computer Science, 2017On modern processors, ...
The widening gap between processor speed and main memory speed has generated interest in compiletime...
In the past decade, processor speed has become significantly faster than memory speed. Small, fast c...
In the past decade, processor speed has become signicantly faster than memory speed. Small, fast cac...
© 1994 ACM. In the past decade, processor speed has become significantly faster than memory speed. S...
1. The need for local and parallel optimization Although processor speeds have been increasing rapid...
To scale applications on multicores up to bigger problems, software systems must be optimized both f...
In memory hierarchies, programs can be speeded up by increasing their degree of locality. This paper...
The memory-processor speed gap has grown so large that in modern systems accessing the main memory r...
Recently, multi-cores chips have become omnipresent in computer systems ranging from high-end server...
Software prefetching and locality optimizations are two techniques for overcoming the speed gap betw...
Commercial link : http://www.springerlink.de/ ALCHEMY/http://www.springer.comCache memories were inv...
The evolution of computing technology towards the ultimate physical limits makes communication the d...
The widening gap between processor and memory speeds renders data locality optimization a very impor...
In order to mitigate the impact of the constantly widening gap between processor speed and main memo...
Thesis (Ph. D.)--University of Rochester. Department of Computer Science, 2017On modern processors, ...
The widening gap between processor speed and main memory speed has generated interest in compiletime...
In the past decade, processor speed has become significantly faster than memory speed. Small, fast c...
In the past decade, processor speed has become signicantly faster than memory speed. Small, fast cac...
© 1994 ACM. In the past decade, processor speed has become significantly faster than memory speed. S...
1. The need for local and parallel optimization Although processor speeds have been increasing rapid...
To scale applications on multicores up to bigger problems, software systems must be optimized both f...
In memory hierarchies, programs can be speeded up by increasing their degree of locality. This paper...
The memory-processor speed gap has grown so large that in modern systems accessing the main memory r...
Recently, multi-cores chips have become omnipresent in computer systems ranging from high-end server...
Software prefetching and locality optimizations are two techniques for overcoming the speed gap betw...
Commercial link : http://www.springerlink.de/ ALCHEMY/http://www.springer.comCache memories were inv...
The evolution of computing technology towards the ultimate physical limits makes communication the d...
The widening gap between processor and memory speeds renders data locality optimization a very impor...
In order to mitigate the impact of the constantly widening gap between processor speed and main memo...
Thesis (Ph. D.)--University of Rochester. Department of Computer Science, 2017On modern processors, ...