Journal: Feb 28, 2009
Bryan Newbold, bnewbold@mit.edu
http://web.mit.edu/bnewbold/thesis/
I skimmed through a bunch of papers that I had looked up a couple months ago,
mostly to see if any of them would be worth actually reading. Here are my
notes, there may be better links and more papers on the
references page.
"GR and the application of algebraic manipulative systems"
barton and fitch; 6pages, 1971
mentions tetrad formulation, some algorithms, develops motivation
"using camal for algebraic computations in general relativity"
fitch and cohen, 8pages, 1979
blah, doesn't look interesting, does have a table comparing various sytems
"the use of algebraic computing in general relativity"
cohen, leringe, and sundblad, 18pages, 1975
better than the above but mostly a review paper of contemporary systems
"Algebraic computing in general relativity"
d'Inverno, 27 pages, 1974
mostly "advice" on how implementations could/should be; lots of examples of
things to implement, could be good as unit tests
"Computer programs for calculating general-relativistic curvature tensors"
fletcher, clemens, matzner, thorne, zimmerman; 2pages, 1967
just a historical note? pretty trivial?
"Scientific computation and functional programming"
karczmarczuk, 10pages, 1999
all quantum but the writing style is what i expect my cs/implementation section
will look like. haskell. maybe a good bibliography to go though?
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