The aim of this paper is to advance the presentation of low-level benchmarking results in the form of performance profiles, which present concisely on one or two pages the single- or multi-processor performance results. A profile consists of measured and derived performance parameters which characterise the performance of parallel computers. In order to achieve a more systematic approach to low-level benchmarking methodology, we also introduce the concept of the benchmarking frame. Several sets of low-level benchmarking results from current RISC platforms including DEC Alpha, SGI Onyx, and SUN Ultra-2 are shown to prove the validity of our approach
Benchmarks are essential for objective comparison of computer performance. Established scientific co...
Standard benchmarking provides the run times for given programs on given machines, but fails to prov...
A method is presented for modeling application performance on parallel computers in terms of the per...
In this paper, a set of micro-benchmarks is proposed to determine basic performance parameters of si...
The diversity in processor technology used by High Performance Computing (HPC) facilities is growing...
Modern computing architectures change rapidly and exhibit high levels of complexity and heterogenei...
Measuring and reporting performance of parallel computers con-stitutes the basis for scientific adva...
In this paper, a set of micro-benchmarks is proposed to determine basic performance parameters of si...
International audienceBenchmarking has proven to be crucial for the investigation of the behavior an...
Introduction The conclusions drawn from a benchmark study of computer performance depend not only o...
The authors present a brief overview of the development of benchmarks for parallel performance analy...
Benchmarking is one of several alternate methods of performance evaluation, which is a key aspect in...
Current practice in benchmarking commercial computer systems is to run a number of industry-standard...
Benchmarking is an important commercial tool, which can be used for quantifying the performance of c...
The second generation of the Digital Equipment Corp. (DEC) DECchip Alpha AXP microprocessor is refer...
Benchmarks are essential for objective comparison of computer performance. Established scientific co...
Standard benchmarking provides the run times for given programs on given machines, but fails to prov...
A method is presented for modeling application performance on parallel computers in terms of the per...
In this paper, a set of micro-benchmarks is proposed to determine basic performance parameters of si...
The diversity in processor technology used by High Performance Computing (HPC) facilities is growing...
Modern computing architectures change rapidly and exhibit high levels of complexity and heterogenei...
Measuring and reporting performance of parallel computers con-stitutes the basis for scientific adva...
In this paper, a set of micro-benchmarks is proposed to determine basic performance parameters of si...
International audienceBenchmarking has proven to be crucial for the investigation of the behavior an...
Introduction The conclusions drawn from a benchmark study of computer performance depend not only o...
The authors present a brief overview of the development of benchmarks for parallel performance analy...
Benchmarking is one of several alternate methods of performance evaluation, which is a key aspect in...
Current practice in benchmarking commercial computer systems is to run a number of industry-standard...
Benchmarking is an important commercial tool, which can be used for quantifying the performance of c...
The second generation of the Digital Equipment Corp. (DEC) DECchip Alpha AXP microprocessor is refer...
Benchmarks are essential for objective comparison of computer performance. Established scientific co...
Standard benchmarking provides the run times for given programs on given machines, but fails to prov...
A method is presented for modeling application performance on parallel computers in terms of the per...