article · 1998

Concurrent Object-Oriented Programming on Large Scaled SHARED MEMORY ARCHITECTURES: A STRUCTURED ADAPTIVE MESH REFINEMENT METHOD IN ICC++

Bishwaroop Ganguly

Cited by 0Abstract and details only

Abstract

With the recent development of large-scaled shared memory machines, it is clear that programming environments must be developed to harness the functionality of the underlying hardware of such machines. We believe that a dynamic model of parallelism is well suited to utilize hardware cache-coherent architecture. We have ported the Illinois Concert System, a dynamic multi-threaded object oriented programming system, to the SGI-Cray Origin 2000 CC-NUMA architecture. In this work, we demonstrate the use of this dynamic multi-threaded execution model to get high-performance on an important class of applications, namely Structured Adaptive Mesh Refinement Methods. We have developed an SAMR application, and run it on the Origin system, using the Illinois Concert system. The results have been promising, with good speedups up to 32 processors on the system. Our results demonstrate that a large-scale irregular code such as SAMR can be parallelized well on large-scale shared memory machines usin...

Cite this paper

APA 7

Ganguly, B. (1998). Concurrent Object-Oriented Programming on Large Scaled SHARED MEMORY ARCHITECTURES: A STRUCTURED ADAPTIVE MESH REFINEMENT METHOD IN ICC++.

MLA 9

Ganguly, Bishwaroop. “Concurrent Object-Oriented Programming on Large Scaled SHARED MEMORY ARCHITECTURES: A STRUCTURED ADAPTIVE MESH REFINEMENT METHOD IN ICC++.” 1998.

Chicago

Ganguly, Bishwaroop. 1998. “Concurrent Object-Oriented Programming on Large Scaled SHARED MEMORY ARCHITECTURES: A STRUCTURED ADAPTIVE MESH REFINEMENT METHOD IN ICC++.”

Harvard

Ganguly, B. (1998) ‘Concurrent Object-Oriented Programming on Large Scaled SHARED MEMORY ARCHITECTURES: A STRUCTURED ADAPTIVE MESH REFINEMENT METHOD IN ICC++’.

BibTeX

@article{ganguly1998concurrent,
  title = {{Concurrent Object-Oriented Programming on Large Scaled SHARED MEMORY ARCHITECTURES: A STRUCTURED ADAPTIVE MESH REFINEMENT METHOD IN ICC++}},
  author = {Ganguly, Bishwaroop},
  year = {1998}
}

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