Over three decades of parallel computing, new computational requirements and systems have steadily evolved, yet parallel software remains notably more difficult relative to its sequential counterpart, especially for fine-grained parallel applications. We discuss the role of education to address challenges posed by applications such as informatics, scientific modeling, enterprise processing, and numerical computation. We outline new curricula both in computational science and in computer science. There appear to be new directions in which graduate education in parallel computing could be directed toward fulfilling needs in science and industry
The role of Computational Science research methods teaching to science students at PG level is to en...
AbstractHad been accumulated learning experiences for students in integrated computer science course...
This paper gives a consideration of the achievement of productive level parallel programming skills,...
We are in the process of making radical changes in a reasoned way. By that, we mean that, even thoug...
In 2002, we first brought High Performance Computing (HPC) methods to the college classroom as a way...
We describe the experience of three undergraduate computer science programs offering courses on para...
I am broadly interested in the area of parallel systems, including, multicore architectures, paralle...
Abstract. The natural world is certainly not organised through a cen-tral thread of control. Things ...
The advances in high performance computing technology have led to great changes in the way applied a...
Parallel computing is a broad field of computer science concerned with the architecture, HW/SW syste...
Academic research and engineering challenge both require high performance computing (HPC), which can...
PACE, the Partnership for AdvancingComputing Education, held a workshop on Computing Education Resea...
Abstract—The widespread deployment of multicore-based computer systems over the last decade has brou...
We describe a successful addition of high performance computing (HPC) into a traditional computer sc...
What does Google's management of billions of Web pages have in common with analysis of a genome with...
The role of Computational Science research methods teaching to science students at PG level is to en...
AbstractHad been accumulated learning experiences for students in integrated computer science course...
This paper gives a consideration of the achievement of productive level parallel programming skills,...
We are in the process of making radical changes in a reasoned way. By that, we mean that, even thoug...
In 2002, we first brought High Performance Computing (HPC) methods to the college classroom as a way...
We describe the experience of three undergraduate computer science programs offering courses on para...
I am broadly interested in the area of parallel systems, including, multicore architectures, paralle...
Abstract. The natural world is certainly not organised through a cen-tral thread of control. Things ...
The advances in high performance computing technology have led to great changes in the way applied a...
Parallel computing is a broad field of computer science concerned with the architecture, HW/SW syste...
Academic research and engineering challenge both require high performance computing (HPC), which can...
PACE, the Partnership for AdvancingComputing Education, held a workshop on Computing Education Resea...
Abstract—The widespread deployment of multicore-based computer systems over the last decade has brou...
We describe a successful addition of high performance computing (HPC) into a traditional computer sc...
What does Google's management of billions of Web pages have in common with analysis of a genome with...
The role of Computational Science research methods teaching to science students at PG level is to en...
AbstractHad been accumulated learning experiences for students in integrated computer science course...
This paper gives a consideration of the achievement of productive level parallel programming skills,...