The focus of this paper is the application and extension of the knowledge discovery in databases process [5] developed in PYTHIA recommender system, to analyze the behavior of a DOE ASCI application/hardware pairs in the context of POEMS project[4]. The POEMS project has built a library of models for modeling scalable architectures like those in the ASCI program. Moreover, it supports detail simulation of a variety of state-of-the-art processors and memory hierarchies and incorporates parallel evaluation of discrete-event simulation. The driver application used is SWEEP3D
Massively parallel applications must address problems that will be too large for workstations for th...
We present Raexplore, a performance modeling framework for architecture exploration. Raexplore enabl...
AbstractA current challenge for computer users is to fully exploit performance of new Multicore syst...
Complex problems, whether scientific, engineering, or societal, are most often modeled and solved us...
AbstractÐThe POEMS project is creating an environment for end-to-end performance modeling of complex...
This paper describes the design of the application representation in the POEMS environment. We begin...
Current techniques for knowledge representation in artificial intelligence limit their applicability...
The large amount of data collected today is quickly overwhelming researchers' abilities to inte...
Parallel applications running on high-end computer systems manifest a complexity of performance phen...
This work presents the first thorough quantitative study of the available instruction-level parallel...
Model checking is a successful method for checking properties on the state space of concurrent, reac...
Scienti c parallel programs often undergo signicant performance tuning before meeting their performa...
Managing and efficiently analysing the vast amounts of data produced by a huge variety of data sourc...
Performance and scalability of high performance scientific applications on large scale parallel mach...
This paper presents a framework for characterizing the distribution of fine-grained parallelism, dat...
Massively parallel applications must address problems that will be too large for workstations for th...
We present Raexplore, a performance modeling framework for architecture exploration. Raexplore enabl...
AbstractA current challenge for computer users is to fully exploit performance of new Multicore syst...
Complex problems, whether scientific, engineering, or societal, are most often modeled and solved us...
AbstractÐThe POEMS project is creating an environment for end-to-end performance modeling of complex...
This paper describes the design of the application representation in the POEMS environment. We begin...
Current techniques for knowledge representation in artificial intelligence limit their applicability...
The large amount of data collected today is quickly overwhelming researchers' abilities to inte...
Parallel applications running on high-end computer systems manifest a complexity of performance phen...
This work presents the first thorough quantitative study of the available instruction-level parallel...
Model checking is a successful method for checking properties on the state space of concurrent, reac...
Scienti c parallel programs often undergo signicant performance tuning before meeting their performa...
Managing and efficiently analysing the vast amounts of data produced by a huge variety of data sourc...
Performance and scalability of high performance scientific applications on large scale parallel mach...
This paper presents a framework for characterizing the distribution of fine-grained parallelism, dat...
Massively parallel applications must address problems that will be too large for workstations for th...
We present Raexplore, a performance modeling framework for architecture exploration. Raexplore enabl...
AbstractA current challenge for computer users is to fully exploit performance of new Multicore syst...