Links

• BenchWeb, a University of Tennessee site devoted to performance evaluation and benchmarking
• COWBench
• Genesis and the Genesis Benchmark Information Server (GBIS)
• GPMIMD 2 Project
• EUROPORT
• HINT: A New Way To Measure Computer Performance
• Linpack Benchmark report and Linpack Java version
• NAS Parallel Benchmarks
• OCCOMM Communications Benchmark
• PARKBENCH
• PDS: The Performance Database Server
• PoVBench , ray tracing benchmark
• RAPS - Real Applications on Parallel Systems
• SPEC, and the High Performance Group
• STREAM: Measuring Sustainable Memory Bandwidth in High Performance Computers
• PVM and MPI benchmarks on the LACE cluster
• SuParCup Award

• Advanced Regional Prediction System at the Center for Analysis and Prediction of Storms
• HIRLAM and Parallel HIRLAM
• The Ocean Circulation and Climate Advanced Modelling Project
• The Fine Resolution Antarctic Model
• Miami Isopycnic Coordinate Ocean Model
• The GFDL Modular Ocean Model
• Parallel Ocean Program (POP)
• CHAMMP Home Page and CHAMMPions Collaboration
• Global Climate Modeling at Los Alamos National Laboratory

Linear Solvers

Templates Jack's Guide to Linear Algebra on the Web

Sparse Linear Solvers

• The Harwell Subroutine Library includes many subroutines including,
  for sparse matrices
  MA47: for sparse symmetric systems using multifrontal Gaussian elimination
  MA48: for sparse unsymmetric systems using Gaussian elimination
  
• NSPCG: a package for sparse systems using iterative methods
• SITRSOL: a subroutine from the Cray SCILIB library available on PVP systems which solves a real general sparse system using any of several iterative techniques
• Sparse1.3: a direct solver for general sparse systems (written in C)
• SPLIB: a collection of sparse matrix routines including preconditioners and iterative solvers
• Y12M: a sparse solver using Gaussian elimination

Sparse Eigenvalue Solvers

Sparse eigenvalue solvers are reviewed in two papers by R.B. Lehoucq and J. Scott:
"An evaluation of subspace iteration software for sparse nonsymmetric eigenproblems"
"An evaluation of Arnoldi based software for sparse nonsymmetric eigenproblems"

• ARNCHEB: described in "The Arnoldi-Tchebycheff algorithm for solving large non-symmetric eigenproblems", T.Braconnier and available by ftp
• ARPACK: available in the ScaLAPACK directory (also available by ftp from the authors)
• The Harwell Subroutine Library includes many eigensolvers including for sparse matrices subroutine EB13

Multigrid Methods

• MGnet

Parallel Linear Solvers

• ScaLAPACK
• PLAPACK
• PARASOL
• PetSC

Parallel Sparse Linear Solvers

• Parallel Iterative Methods (PIM)
• Aztec: An iterative sparse linear solver package

Grid Partitioning, Domain Decomposition and Load Balancing

• Domain Decomposition Methods
• METIS family of Multilevel Partitioning Algorithms
• Scalable Unstructured Mesh Computation SUMAA3d SC94 demo
• JOSTLE from Chris Walshaw, University of Greenwich
• SCANDAL Project
• NPAC (Ranka et al)
• Paderborn (Diekmann et al)
• SUMAA3D
• Mesh Generation & Grid Generation on the Web
• A MIMD Implementation of a Parallel Euler Solver for Unstructured Grids
• References to online documents about load balancing and process migration
• Alan Heirich dynamic load balancing
• UCSD Load Balancing projects

Parallel Fast Fourier Transforms

• FFTW
• Albuquerque Resource Center Parallel FFTs

Parallel Matrix Transpose

• Parallel Matrix Transpose Routines

• Designing and Building Parallel Programs, by Ian Foster
• Using MPI by William Gropp, Ewing Lusk and Anthony Skjellum
• Parallel Programming with MPI by Peter Pacheco
• MPI: The Complete Reference by Marc Snir, Steve Otto, Steven Huss-Lederman, David Walker, and Jack Dongarra and the 2nd edition Vol 1 & Vol 2
• Using MPI by William Gropp, Ewing Lusk, and Anthony Skjelum
• High Performance Cluster Computing, Rajkumar Buyya (ed.)

Publishers

• Addison Wesley Longman
• MIT Press, computer science books
• O'Reilly
• John Wiley

Electronic Journals

• ERCIM News
• HPCProfile
• HPCwire
• The Journal of Performance Evaluation and Modelling for Computer Systems (PEMCS)
• Primeur - a monthly Virtual Magazine on High-Performance Computing and Networking
• Supercomputer Institute Research Bulletin from the University of Minnesota

Paper Journals

• Cluster Computing
• Distributed Computing
• The International Journal of Supercomputer Applications from MIT Press from Springer Verlag
• Journal of Parallel and Distributed Computing
• Parallel Computing from Elsevier Science
• Scientific Computing

Bibliographies

• Stanford Bibliographies on Parallel Processing

• High-Performance Computer Systems by Thorsten von Eicken, Cornell
• Chip Weems, Computer Science course at the University of Massachusetts
• Prof. Yamin Li, University of Aizu, Japan, has a range of computer science course material
• Parallélisme: architectures et outils logiciels by Bernard Pottier at the University of Brest
• Multigrid course at GMD
• JB International, Specialist Technical IT Training
• Sun Microsystems Courses

• Internet Parallel Computing Archive
• SEL-HPC High Performance Computing Archive and its Author Index
• Networked Computer Science Technical Report Server (NCSTRL)
• NASA Technical Report Server (NTRS)
• UCSD CSE Papers and Publications
• CalTech's List of Supercomputing Servers
• Interesting Homepages
• Bibliographies on Parallel Processing
• Cam Tran's Stalking the wild resource
• Spry's list of useful URLs

• ACM
• The British Computer Society
• ERCOFTAC
• German Computer Society Special Interest Group: Parallel and Distributed Algorithms
• High Performance Computing Users (HPCU) Group
• IEEE Computer Society
• Society for Industrial and Applied Mathematics (SIAM)
• The SPEEDUP Society

Some Home Pages selected mainly because they contain links to relevant papers and work in progress:

• David A.Bader, University of Maryland
• David H.Bailey, NASA
• Mark Baker, University of Portsmouth
• Thomas Brandes, GMD
• Marsha J. Berger, Courant Institute, New York
• Petter Bjorstad, University of Bergen and Parallab
• Clemens Cap, University of Rostock
• Bryan Carpenter, Northeast Parallel Architectures Center, Syracuse University
• Larry Carter, University of California, San Diego
• Jeremy Cook, Parallab, Bergen
• David Culler, University of California at Berkeley
• Jack Dongarra, University of Tennessee/ORNL
• Alan Edelman, MIT
• Ian Foster, Argonne National Laboratory
• Geoffrey C Fox, Northeast Parallel Architectures Center, Syracuse University
• Al Geist, Oak Ridge National Laboratory
• Vladimir Getov, University of Westminster
• Bill Gropp, Argonne National Laboratory
• John Gustafson, NASA Ames
• Alan Heirich, California Institute of Technology
• Rolf Hempel, C&C Research Laboratories, NEC Europe Ltd
• John L. Hennessy, Stanford University
• Tony Hey, University of Southampton
• Yi Fan Hu, Daresbury Laboratory
• George Karypis, University of Minnesota
• Ken Kennedy, Rice University
• Monica S. Lam, Stanford University
• Heather Liddell, Queen Mary and Westfield College
• Rusty Lusk, Argonne National Laboratory
• Andrei Malevsky, University of Montreal
• John Michalakes, Argonne National Laboratory
• Matthew T. O'Keefe, University of Minnesota
• Denis Nicole, University of Southampton
• Ron Perrott, The Queen's University of Belfast
• Michael J. Quinn, Oregon State University
• Omer Rana, Cardiff University
• Ricky Rankin, The Queen's University of Belfast
• Michael M. Resch, High Performance Computing Center, Stuttgart
• Horst Simon, National Energy Research Scientific Computing Center (NERSC)
• Tony Skjellum, Mississippi State University
• Vaidy Sunderam, Emory University
• Rajeev Thakur, Argonne National Laboratory
• Steve Thomas, University of Montreal
• Ulrich Trottenberg, GMD
• David W. Walker, University of Cardiff
• Chris Walshaw, The University of Greenwich
• Ivan Walton, University of Southampton
• Rob F. Van der Wijngaart, NASA Ames Research Center
• Pat Worley, Oak Ridge National Laboratory
• Gregory V. Wilson, IBM Canada ?

• Major Events in Parallel Computing by Greg Wilson
• The History of the Development of Parallel Computing by Greg Wilson
• A Short History of Computers by Eyal Polad, Yaron Twena, Doron Freiberg, and Gilat Elizov
• List of every digital computer type ever made in chronological order
• 30 years of HPC in Germay: As exciting as a thriller !
• An Overview Of Computational Science including A Brief History of Computer Technology
• An Overview Of Computational Science as above
• A long list of link to sites about computing history
• The National Archive for the History of Computing, at the University of Manchester
• The Charles Babbage Institute of Computer History (CBI) at the University of Minnesota
• The Computer Museum of America
• From ENIAC To Real-Time Access On The Web
• History of Computing Information
• ENIAC 50 - The Birth of the Information Age
• An Overview of the History of the First General Electronic Computer
• Calculating Machines by Erez Kaplan
• Multics: the first seven years

Holographic Storage

Multi-Threaded Architectures

Nanotechnology

• Foresight Institute
• NanoComputer Dream Team

Neural Networks

• DTI NeuroComputing Web
• Neural FAQ

Object-Oriented Languages

Optical Interconnects

• OPTICOMM 2000 conference
• Project LIGHTNING at the Advanced Networking Laboratory, University of Maryland

Petaflops

• NASA HPCC Petaflops
• Need For Speed: NSF Pursues Petaflops Computers
• HTMT: building a petaflops-scale supercomputer
• Petaflops: Supercomputing for the Next Century an article in NAS Currents
• Petaflops Computing Initiative in a talk by Jack Dongarra
• Enabling Technologies for PetaFLOPS Computing a book edited by Thomas Sterling, Paul Messina and Paul H. Smith

Processors-In-Memory

• Hierarchical Processors-And-Memory (HPAM) Architecture at Purdue
• The Berkeley Intelligent RAM (IRAM) Project
• The Galileo and SCI Projects at Wisconsin
• The Kyushu University PPRAM Project

Quantum Computing

• Second Workshop on Algorithms in Quantum Information Processing
• Quantum-dot Cellular Automata

RSFQ logic

• RSFQ Laboratory at the State University of New York
• RSFQ: Data-Driven Self-Timed Logic at UC Berkeley
• Esprit's Advanced Research Initiative in Microelectronics

• Nan's Parallel Computing Page
• David A. Bader's Parallel Computing Home Pages