The IPACS-Project (Integrated Performance Analysis of Computer Systems), which was founded by the German Federal Department of Education, Science, Research and Technology (BMBF), wants to define a new basis for measuring system performance of distributed systems. Its objective is to develop methods for measuring system performance on High Performance Computers (HPC) based on low level benchmarks, compute kernels, open source- and commercial application benchmarks. Additionally, it covers the development of methods for performance modelling and prediction of commercial codes. A further significant element is the integration into a benchmark environment consisting of a web based repository and a distributed benchmark-execution framework that ...
While parallel applications in all scientific and engineering domains have always been prone to exec...
HPC applications are often very complex and their behavior depends on a wide range of factors from a...
The aim of this project was to encapsulate the needs of computational science applications. Performa...
The IPACS-Project (Integrated Performance Analysis of Computer Systems), which was founded by the Ge...
The IPACS project (Integrated Performance Analysis of Computer Systems), which was funded by the Ger...
The IPACS project (Integrated Performance Analysis of Computer Systems), which was funded by the Ger...
The IPACS-project (Integrated Performance Analysis of Computer Systems) was founded by the Federal D...
High-Performance-Computing to define a new standard for measuring system performance. One part of th...
Modern High Performance Computing (HPC) systemsare built with innovative system architectures and no...
This document reports on the construction of a benchmark suite, to be used both within the current P...
In this paper, we discuss results and characteristics of the benchmark suites maintained by the Stan...
Modern computing architectures change rapidly and exhibit high levels of complexity and heterogenei...
This paper introduces an infrastructure for efficiently collecting performance profiles from paralle...
Extended abstractPerformance benchmarks are used to stress test hardware and software of large scale...
In recent years, Linux-based clusters have become more prevalent as a basis for High Performance Com...
While parallel applications in all scientific and engineering domains have always been prone to exec...
HPC applications are often very complex and their behavior depends on a wide range of factors from a...
The aim of this project was to encapsulate the needs of computational science applications. Performa...
The IPACS-Project (Integrated Performance Analysis of Computer Systems), which was founded by the Ge...
The IPACS project (Integrated Performance Analysis of Computer Systems), which was funded by the Ger...
The IPACS project (Integrated Performance Analysis of Computer Systems), which was funded by the Ger...
The IPACS-project (Integrated Performance Analysis of Computer Systems) was founded by the Federal D...
High-Performance-Computing to define a new standard for measuring system performance. One part of th...
Modern High Performance Computing (HPC) systemsare built with innovative system architectures and no...
This document reports on the construction of a benchmark suite, to be used both within the current P...
In this paper, we discuss results and characteristics of the benchmark suites maintained by the Stan...
Modern computing architectures change rapidly and exhibit high levels of complexity and heterogenei...
This paper introduces an infrastructure for efficiently collecting performance profiles from paralle...
Extended abstractPerformance benchmarks are used to stress test hardware and software of large scale...
In recent years, Linux-based clusters have become more prevalent as a basis for High Performance Com...
While parallel applications in all scientific and engineering domains have always been prone to exec...
HPC applications are often very complex and their behavior depends on a wide range of factors from a...
The aim of this project was to encapsulate the needs of computational science applications. Performa...