Add to ORKGThis paper presents a tool based on a new approach for analyzing the locality exhibited by data memory references. The tool is very fast because it is based on a static locality analysis enhanced with very simple profiling information, which results in a negligible slowdown. This feature allows the tool to be used for highly time-consuming applications and to include it as a step in a typical iterative analysis-optimization process. The tool can provide a detailed evaluation of the reuse exhibited by a program, quantifying and qualifying the different types of misses either globally or detailed by program sections, data structures, memory instructions, etc. The accuracy of the tool is validated by comparing its results with those provided b...
Cache memory design in embedded systems can take advantage from the analysis of the software that ru...
Locality increasingly determines system performance. As a rigor-ous and precise locality model, reus...
Over the past decades, core speeds have been improving at a much higher rate than memory bandwidth. ...
This paper presents a tool based on a new approach for analyzing the locality exhibited by data memo...
In this article, we introduce SPLAT (Static and Profiled Data Locality Analysis Tool). The tool's pu...
Data locality is central to modern computer designs. The widening gap between processor speed and me...
There is an ever widening performance gap between processors and main memory, a gap bridged by small...
The growing gap between processor clock speed and DRAM access time puts new demands on software and ...
Emerging computer architectures will feature drastically decreased flops/byte (ratio of peak process...
Cache memories were incorporated in microprocessors in the early times and represent the most common...
Cache is one of the most widely used components in today's computing systems. Its performance is hea...
As computing efficiency becomes constrained by hardware scaling limitations, code optimization grows...
Most memory references in numerical codes correspond to array references whose indices are affine fu...
Due to the huge speed gaps in the memory hierarchy of modern computer architectures, it is important...
International audienceEmerging computer architectures will feature drastically decreased flops/byte ...
Cache memory design in embedded systems can take advantage from the analysis of the software that ru...
Locality increasingly determines system performance. As a rigor-ous and precise locality model, reus...
Over the past decades, core speeds have been improving at a much higher rate than memory bandwidth. ...
This paper presents a tool based on a new approach for analyzing the locality exhibited by data memo...
In this article, we introduce SPLAT (Static and Profiled Data Locality Analysis Tool). The tool's pu...
Data locality is central to modern computer designs. The widening gap between processor speed and me...
There is an ever widening performance gap between processors and main memory, a gap bridged by small...
The growing gap between processor clock speed and DRAM access time puts new demands on software and ...
Emerging computer architectures will feature drastically decreased flops/byte (ratio of peak process...
Cache memories were incorporated in microprocessors in the early times and represent the most common...
Cache is one of the most widely used components in today's computing systems. Its performance is hea...
As computing efficiency becomes constrained by hardware scaling limitations, code optimization grows...
Most memory references in numerical codes correspond to array references whose indices are affine fu...
Due to the huge speed gaps in the memory hierarchy of modern computer architectures, it is important...
International audienceEmerging computer architectures will feature drastically decreased flops/byte ...
Cache memory design in embedded systems can take advantage from the analysis of the software that ru...
Locality increasingly determines system performance. As a rigor-ous and precise locality model, reus...
Over the past decades, core speeds have been improving at a much higher rate than memory bandwidth. ...