High-Performance Distributed Computing, International Symposium on (2002)
July 24, 2002 to July 26, 2002
Nathan A. DeBardeleben , Clemson University
Walter B. Ligon III , Clemson University
Sourabh Pandit , Clemson University
Dan C. Stanzione Jr. , Clemson University
This work presents the design of the Coven framework for construction of Problem Solving Environments (PSEs) for parallel computers. PSEs are an integral part of modern high performance computing (HPC) and Coven attempts to simplify PSE construction. Coven targets Beowulf cluster parallel computers but independent of any particular domain for the PSE. Multi-threaded parallel applications are created with Coven that are capable of supporting most of the constructs in a typical parallel programming language. Coven uses an agent-based front-end which allows multiple custom interfaces to be constructed. Examples of the use of Coven in the construction of prototype PSEs are shown, and the effectiveness of these PSEs is evaluated in terms of the performance of the applications they generate.
S. Pandit, D. C. Stanzione Jr., W. B. Ligon III and N. A. DeBardeleben, "Coven — A Framework for High Performance Problem Solving Environments," High-Performance Distributed Computing, International Symposium on(HPDC), Edinburgh, Scotland, 2002, pp. 291.