I would like to see Maple's modp1 and modp2 support 25-bit moduli using the float[8] datatype, similar to the LinearAlgebra:-Modular package.

Personal website of Roman Pearce, research assistant at the CECM and developer of the PolynomialIdeals Maple package. Posts development code, mostly related to Groebner bases and polynomial systems.

Gilberto Urroz, Utah State University is a prolific Maple user. His Web site contains a wide range of useful resources that he's developed. Of particular interest might be his material in various topics in Civil and Mechanical engineering.

I've set up a collaborative book to accummulate a large selection of Web links of interest to Maple users.

An interactive map showing Maple user locations.

Try typing the following input in Maple 10.01 in 2D mode (on Mac OS X) input: (e) output: e when in fact what maple means is this: e The intended answer appears when you call simplify on the first result, but this seems dangerously easy to confuse, especially for inexperienced maple users, or if this was returned as the answer to a problem (like taking residues, where I discovered it) it could be easily overlooked -Matt

I think an excellent feature for Maple would be an auto-complete function similar to what they have in software integrated development environments like MS Visual Studio, i.e., when you begin typing a command, a small window pops up and displays the possible command completions, parameter list etc. This would be easier than typing Command-Shift-Space to complete commands, and if the parameter list and a small instruction could be included in the pop-up window, I think this would save loads of time, as it seems I spend half my time in the help browser looking up function calling sequences that I have forgotten.

Star Links from the University of Virginia. A great online version of the very popular concept, degrees of separation from Kevin Bacon.

Mathematics Genealogy Project at North Dakota State University. Trace your academic pedigree. Most people I know who got their math PhD’s in Western universities seem to some pretty famous names.

A Maple package for Stochastic Differential Equations. Developed at the Johann Wolfgang Goethe University, Frankfurt.

GR Tensor II a Maple package for tensors in general relativity applications. Developed at Queens University, Canada.

Maple bibliography maintained by Nelson Beebe of the University of Utah. An online bibliographic database of Maple papers.

David Joyner, US Naval Academy Annapolis. Useful links to various math topics as well as a good collection of the author’s Maple work including coding theory and cryptography.

John Stembridge, University of Michigan Ann Arbor. Maple packages for symmetric functions, posets, root systems, and finite Coxeter groups. A wonderfully entertaining collection of math quotes.

Joe Riel. Maple packages including Syrup for circuit analysis, Emacs (text editor) modes for Maple, and various other useful Maple utilities.