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FORTRAN 77 or C numeric kernels using FORTRAN array ordering. It is usually used for structured block-irregular grid computational applications. Submitted by: Michael Wu <keichii@iteration.net> Reviewed by: keith@FreeBSD.org Approved by: keith@FreeBSD.org
22 lines
1.2 KiB
Plaintext
22 lines
1.2 KiB
Plaintext
KeLP is designed and maintained by a group at the University of California
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at San Diego. Associate Professor Scott B. Baden of Computer Science and
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Engineering is the director of the KeLP Project KeLP was part of the
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dissertation topic of Stephen J. Fink (Ph.D. 1998) and portions of a
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prototype of KeLP were developed by Scott R. Kohn (Ph.D. 1995). KeLP is
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supported by the NSF, the University of California, San Diego, and the
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National Partnership for Advanced Computational Infrastructure (NPACI).
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KeLP is part of NPACI's Kommon Adaptive Runtime Environment (KARTE) effort.
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KeLP (Kernel Lattice Parallelism) is an infrastructure/interface to
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FORTRAN 77 or C numeric kernels using FORTRAN array ordering. It is usually
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used for structured block-irregular grid computational applications.
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KeLP uses coarse-grain data parallelism for its parallel model and should
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be run on message-passing parallel computers.
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KeLP is targeted towards adaptive mesh refinement applications and
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single-grid calculations requiring uniform or non-uniform decompositions
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across machine processors. Applications manipulate data decompositions as
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language objects through region calculus operations.
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WWW: http://www-cse.ucsd.edu/groups/hpcl/scg/kelp/index.html
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- Keichii <keichii@iteration.net>
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