Высокопроизводительные
вычисления, УВЦ ИВР
Информация об Учебно-научном центре информационных
и вычислительных ресурсов
Учебные курсы по программированию для высокопроизводительных
компьютеров, языку программирования FORTRAN
и работе в среде Linux
Информационные ресурсы высокопроизводительных вычислений,
трансляторы и программное обеспечение, тесты производительности
Суперкомпьютеры и суперкомпьютерные центры в Internet,
новости и события
Indexes
Related indexes include:
Jonathan Wang's
Bookshelf
on Parallel Computing
Nan Schaller's
Parallel
Computing Page
the
Distributed
Algorithms Systems Home
maintained at the Centrum voor Wiskunde
en Informatica
the High Performance
Networks and Distributed Systems Archive
Ravi Palepu's
BSP
Repository
Yahoo's
Supercomputing
and Parallel Computing
Distributed
Computing pages,
Galaxy's
High
Performance Computing page
and the WWW Virtual Library's
Distributed/Meta-Computing
Concurrent
Systems pages
Literature
The Computer Science Bibliography Glimpse Server maintains
a searchable list of Bibliographies
on Parallel Processing
and Bibliographies
on Distributed Computing and Networking.
Among online textbooks are Designing
and Building Parallel Programs by Ian Foster,
Parallel
Computing Works by Geoffrey C. Fox, Roy D. Williams, and Paul C. Messina,
and Computer Architecture
at the Computational Science Educational Project.
Course notes are available
online for Parallel
Processing I at Cardiff University,
and Concepts
in Parallel Processing and Scalable Computing at the Cornell Theory
Center.
Guy Blelloch's Reading
List on Parallel Programming Languages.
Miscellaneous
The History
of the Development of Parallel Computing by Gregory V. Wilson. Dr
Seuss on Deadlock
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Parallel Virtual Machine
PVM (Parallel Virtual Machine) is a software package
that permits a
heterogeneous collection of Unix computers hooked together
by a network
to be used as a single large parallel computer. Thus large
computational
problems can be solved more cost effectively by using the
aggregate power
and memory of many computers. The software is very portable.
The source,
which is available free thru netlib, has been compiled on
everything from
laptops to CRAYs.
PVM enables users to exploit their existing computer
hardware to solve
much larger problems at minimal additional cost.
Hundreds of sites around
the world are using PVM to solve important scientific,
industrial, and
medical problems in addition toPVM's use as an educational
tool to teach
parallel programming. With tens of thousands of users,
PVM has become the
de facto standard for distributed computing world-wide.
Centres
A list of
Supercomputing
and Parallel Computing Reasearch Groups
is maintained at CMU.
A similar
list of High-Performance
Computing and Parallel Computing Institutions is maintained at Caltech.
A list of Call
for Papers
is maintained by Jonathan Hardwick.
Newsgroups and FAQs
Related Usenet newsgroups include the comp.parallel.*,
comp.dcom.*,
and comp.protocols.* hierarchies, and
comp.os.research
Related Frequently Asked Questions lists include a list of Parallel
FAQs maintained at the HENSA
Parallel Archive, the comp.dcom.*
FAQs. the comp.protocols.*
FAQs, and the comp.os.research
FAQ.
Software
Among MPI resources are the Standard
Specification, the Frequently
Asked Questions list, some Quick
Tutorials, and the Index
to the MPI Standard. Sites with MPI references include Argonne
National Laboratory, Oak
Ridge National Laboratory, Mississippi
State University, netlib,
Australian
National University, and Ohio
Supercomputer Center.
A list of software is maintained by the Parallel
Tools Project.
More Parallel
and Distributed Computing Resources
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