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Some fun maths programming problems.
to amusements maths programming ... on 22 August 2008
Various nifty forms of constrained writing, including the rather splendid "Cadaeic Cadenza".
to amusements constrained literary maths oulipo ... on 08 June 2008
Simple Gauss-Jordan elimination in Python
Better than my rref.py.
Cornell Library Historical Mathematics Monographs
"The Cornell University Library Historical Mathematics Monographs is a collection of selected monographs with expired copyrights chosen from the mathematics field."
Includes a variety of splendid publications on floating-point maths and how it's implemented. Worth referring to for occam-pi's maths implementation.
to compiler floating-point maths papers research ... on 13 December 2007
The Old Calculators Web Museum
Includes lots of detail about how early EM and electronic calculators worked -- for example, the algorithms they used to do intrinsic functions efficiently. Might be worth looking at for small maths libraries.
to maths mechanica retrocomputing retrotech ... on 01 August 2007
What Every Computer Scientist Should Know About Floating-Point Arithmetic
Extremely handy guide to how floating-point arithmetic works. Well worth reading if you're implementing FP stuff.
An excellent introduction to dithering in digital audio.
to audio maths signal-processing software ... on 07 November 2006
How to calculate square roots quickly. (There's other interesting stuff on the site too, although it's a pain to navigate.)
to maths optimisation programming ... on 22 October 2006
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tasty by Adam Sampson.