Scientific Computing
Semester 2011B
References:
Books
MIT Opencourseware 18.085 Computational
Science and Engineering I by Prof. Gilbert Strang,
Very Recommended!
MIT Opencourseware 12.010 Computational
Methods of Scientific Programming
MIT Opencourseware 18.337J / 6.338J Applied
Parallel Computing (SMA 5505)
This is a textbook that teaches the bridging topics between numerical
analysis, parallel computing, code performance, large scale
applications.
"This is an excellent, expertly crafted, highly readable book that is
the best snapshot of the state of HPC that I have seen in many years."
(John Gustafson, Director of Intel Labs, Santa Clara)
Lecture
notes
Computational
Physics
By
Professor Morten
Hjorth-Jensen from the University of Oslo,
Lecture
notes in Computational Physics (2009)
The web link to his course is here
I would like to thank Prof. M. Hjorth-Jensen for letting his coursware
material be available on-line !
Scientific Computing Courses around the world
SC
at NYU, Spring 2006, Jonatan Goodman
SC
at NYU, Spring 2009, David Bindel
SC at NYU, Spring 2011, Aleksandar Donev
CS322
Introduction to Scientific Computing, Spring 2008, Cornell University
CS3200
Introduction to Scientific Computing, Spring 2011, The University of
Utah
Physics
Deptartment University of the Pacific , Scientific Computing Tutorial
Introduction
to Scientific Computing, Dr. Tim Warburton, Rice University MA471
Applications
of Parallel Computers, U.C. Berkeley
CS267/EngC233, Spring 2010
Indiana University:
P573:
Introduction to Scientific Computing
B673:
Parallel Scientific Computing
Advanced
Scientific Computing, B673
University of Washington, Spring 2010, AMATH
583: High-Performance Scientific Computing
Other Links
Computational Physics in Wikipedia
From CEEN: The
Data Analysis BriefBook
Free Parallel Matlab/Octave tool PMATLAB
CERCS
Multi-Core Repository
Suggest
a new site: send Email to gtelzur AT bgu DOT ac DOT il,
Thanks!
last update: 16/3/2011