Parallel Computing and Architectures

Parallel Architectures Including analogies with Society, SIMD vs. MIMD etc.,Interconnection Networks, Petaflop Dreams. From the Computational Science course at Syracuse.

lectures graduate
Parallel Programming in Data Parallel and Message Passing styles illustrated for Laplace's Equation. Consideration of Performance Issues. From the Computational Science course at Syracuse.

lectures graduate
Computer Architecture, a chapter from the CSEP book at Oak Ridge National Lab, includes both sequential and parallel architectures.

text undergraduate graduate
CPU Info Center, a resource page on various microprocessors' architecture such as those of Intel, DEC, SGI, etc. UC Berkeley.

papers, documents and manuals undergraduate graduate
Digital ALPHA Documentation Library contains technical documentation for DIGITAL Alpha semiconductors and Alpha ATX motherboards. DEC.

documents and manuals undergraduate graduate
The Pleiades Cluster Project seeks to deploy clustered mainstream multi-processor computers in ground-breaking scientific and engineering research. MIT.

architecture, networks and applications undergraduate graduate
Parallel Computing is a one-day course given by Minty, Davey, Simpson and Henty at Edinburgh Parallel Computing Center. It covers hardware issues, software issues as well as application models.

lectures undergraduate graduate
CTC Virtual Workshop Parallel Programming with MPI and HPF, at the Cornell Theory Center is a course covering MPI, HPF and Introduction to Parallel and Distributed Memory Programming.

lectures undergraduate graduate
Computer Architecure Homepage is a resource page of documents, conferences, papers and links to various computer architecture pages. Wisconsin.

conferences, lectures, text, etc. undergraduate graduate
ECE 392/CS 320/CSE 302 Introduction to Parallel Programming for Scientists and Engineers, is an undergraduate course offered by the Department of Electrical and Computer Engineering at the University of Illinois at Urbana-Champaign.

lectures undergraduate
ECE 411/CSE 428 High-Performance Computer Architectures: Hardware and Software, is a graduate course offered by the Department of Electrical and Computer Engineering at the University of Illinois at Urbana-Champaign.

lectures graduate
Parallel Scientific Computing is a course given by Alan Edelman at MIT designed for students who want to study the latest numerical algorithms on the most recent machines.

lectures graduate
Applications of Parallel Computers is a graduate course by David Culler at Berkeley and Horst Simon of NERSC. It is intended to provide students in Computer Science and in a range of other fields with a broad understanding of the application of parallel computers. Here is the Spring 98 version by Kathy Yelick.

lectures graduate
Understanding Parallel Architectures: From Theory To Practice is an advanced undergraduate/graduate level class covering topics such as benchmarking, HPC, memory hierarchy, performance modeling of parallel applications, etc. by Jack Dongarra at Univ. of Tennessee.

lectures graduate undergraduate
Parallel Methods in Numerical Analysis an introduction to and an overview of parallel methods in numerical analysis. It covers fundamental algorithms in numerical linear algebra and scientific computing. Also covers some hardware aspects. Pelle Olsson at Stanford.

lectures graduate undergraduate
CSCI 4676 and CSCI 4686: High-Performance Scientific Computing, (course description), is an undergraduate course offered by the Department of Computer Science at the University of Colorado at Boulder.

text in postscript tutorials undergraduate
Introduction to Parallel Computing, at the Edinburgh Parallel Computing Center Training and Education Center.

lectures graduate
Parallel Programming Paradigms, by Geoffrey Fox at Syracuse, discusses categories of applications and which parallel programming styles, languages and tools work best.

lectures graduate
Theory of Parallel Systems is a graduate level course given by Charles Leiserson at MIT. It covers issues in parallel systems with a dual emphasis on theory and practice.

lectures graduate
Parallel Algorithms is a graduate course at San Diego State. The focus is on various parallel and numerical algorithms.

lectures graduate

Tutorials on Particular Machines

Supercomputing Program for Undergraduate Research Introduction to the IBM SP2 at the Cornell Theory Center.

tutorials undergraduate
Supercomputing Program for Undergraduate Research offers workshops on Parallel Programming on the IBM SP2 at the Cornell Theory Center.

lectures undergraduate
A First Course in Programming the Intel Paragon, a self-study introduction at Indiana University complementing the manufacturers programming and reference manuals for the Intel Paragon supercomputer.

text exercises undergraduate
Maui High Performance Computing Center SP Parallel Programming Workshop, ( Maui, Hawaii) presents tutorials on various parallel programming tools and languages on the IBM SP2.

tutorials exercises graduate
Tutorials: IBM SP2, PVM, CM-5, MasPar MP-2, and Intel iPSC/860, by the Joint Institue for Computational Science at the University of Tennessee at Knoxville.

tutorials graduate
IBM SP2 Workshop, at the Cornell Theory Center.

lectures exercises graduate
Supercomputing Techniques: Cray J90/C90 workshop, at the Pittsburgh Supercomputing Center.

lectures exercises graduate
Supercomputing Techniques: Parallel Processing on Cray MPP Systems, is a workshop given by the Pittsburgh Supercomputing Center.

lectures exercises graduate
SGI related Training Courses, etc. is a page maintained by NCSA. It contains a list of technical materials, tutorial slides and links to other institutions.

tutorials graduate undergraduate

Northeast Parallel Architectures Center (NPAC) at Syracuse University. The content of these pages may be used freely for educational purposes. Some of the material is under individual copyright. Send comments to Saleh Elmohamed, saleh@npac.syr.edu. Last updated 6/20/98.