A case study of compiler driven I/O minimization

Authors:
W. Zhang;T. Beaubouef;J. Feng;E. Leiss
Affiliations:
Southeastern Louisiana University, Hammond, LA;Southeastern Louisiana University, Hammond, LA;University of Houston, Houston, TX;University of Houston, Houston, TX
Venue:
Journal of Computing Sciences in Colleges
Year:
2008

Citing 3
Cited 0

Parallel and vector computing: a practical introduction

Parallel and vector computing: a practical introduction
Microprocessor file system interfaces

PDIS '93 Proceedings of the second international conference on Parallel and distributed information systems
Compiler driven i/o management

Compiler driven i/o management

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Abstract

Most scientific programs have large input and output data sets that require out-of-core programming or the use of virtual memory management (VMM). Often, VMM is not an effective approach because it often results in substantial performance reduction. In contrast, compiler driven I/O management allows a program's data sets to be retrieved explicitly in parts. In this paper a modified Comanche (Compiler Managed Cache) system is presented.