Add to ORKGInternational audienceWe show how to analyze the locality of memory accesses usingAftermath, an open source tool for interactive, off-linetrace visualization and performance analysis of task-parallelprograms and run-time systems executing on multi-core and many-coresystems. In order to help users detect performance anomalies andpinpoint the exact cause, Aftermath offers adequate visualrepresentations of dynamic events for informal exploration as wellstatistical tools and filters that provide accurate values forperformance indicators. In this paper we give an overview of thecapabilities of Aftermath to analyze the locality of memory accesseswith respect to NUMA
International audienceAnticipating the behavior of applications, studying, and designing algorithms ...
The growing gap between processor and memory speeds has lead to complex memory hierarchies as proces...
International audienceIn modern parallel architectures, memory accesses represent a common bottlenec...
International audienceWe show how to analyze the locality of memory accesses usingAftermath, an open...
International audienceThis paper studies the interactive visualization and post-mortem analysis of e...
International audienceTo efficiently exploit the resources of new many-core architectures, integrati...
Shared memory applications running transparently on top of NUMA architectures often face severe perf...
The available memory bandwidth of existing high performance computing platforms turns out as being m...
Within the last decade, microprocessor development reached a point at which higher clock rates and m...
Abstract—An important aspect of workload characterization is understanding memory system performance...
International audienceNon Uniform Memory Access (NUMA) architectures are nowadays common for running...
International audienceWe present Aftermath, an open source graphical tool designed to assist inthe p...
The demand for large compute capabilities in scientific computing led to wide use and acceptance of ...
Abstract. OpenMP has become the dominant standard for shared memory pro-gramming. It is traditionall...
International audienceModeling and simulation are crucial in high-performance computing (HPC), with ...
International audienceAnticipating the behavior of applications, studying, and designing algorithms ...
The growing gap between processor and memory speeds has lead to complex memory hierarchies as proces...
International audienceIn modern parallel architectures, memory accesses represent a common bottlenec...
International audienceWe show how to analyze the locality of memory accesses usingAftermath, an open...
International audienceThis paper studies the interactive visualization and post-mortem analysis of e...
International audienceTo efficiently exploit the resources of new many-core architectures, integrati...
Shared memory applications running transparently on top of NUMA architectures often face severe perf...
The available memory bandwidth of existing high performance computing platforms turns out as being m...
Within the last decade, microprocessor development reached a point at which higher clock rates and m...
Abstract—An important aspect of workload characterization is understanding memory system performance...
International audienceNon Uniform Memory Access (NUMA) architectures are nowadays common for running...
International audienceWe present Aftermath, an open source graphical tool designed to assist inthe p...
The demand for large compute capabilities in scientific computing led to wide use and acceptance of ...
Abstract. OpenMP has become the dominant standard for shared memory pro-gramming. It is traditionall...
International audienceModeling and simulation are crucial in high-performance computing (HPC), with ...
International audienceAnticipating the behavior of applications, studying, and designing algorithms ...
The growing gap between processor and memory speeds has lead to complex memory hierarchies as proces...
International audienceIn modern parallel architectures, memory accesses represent a common bottlenec...