Difference between revisions of "Resources"
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[[Media:AmSci2013Hayes.pdf | Crinkly curves, fractals]]<br> | [[Media:AmSci2013Hayes.pdf | Crinkly curves, fractals]]<br> | ||
[[Media:SciAm2000Bonabeau.pdf| Swarming ants, a new optimization algorithm]] <br> | [[Media:SciAm2000Bonabeau.pdf| Swarming ants, a new optimization algorithm]] <br> | ||
| + | [http://www.seas.gwu.edu/~simhaweb/champalg/tsp/tsp.html Travelling Salesman algorithms]<br> | ||
== Software == | == Software == | ||
Latest revision as of 08:05, 9 October 2014
Project
Here you can find resources that will help to find a good final project:
John Burkardt's list of potential projects
Self-avoiding walks
Folding pseudoproteins
Multicore computation
Matching, holographic algorithm, NP-hard, NP-complete
Bird flocking behavior simulation
A ball in N-Dimension
Crinkly curves, fractals
Swarming ants, a new optimization algorithm
Travelling Salesman algorithms
Software
Our labs and homework use MATLAB, there are several free matlab 'clones' available
- SciLab works on Linux/Windows/Mac and is decently fast on large matrices, this is my preferred matlab clone, here a link to matlab-scilab comparison per function
- FreeMat is another matlab clone, on my MacOS10.8 it looked nice but was very slow plotting 8000 points and stalled a few times (I may have been just too impatient).
- Octave is commonly declared as a matlab clone, but I find that the octave team has dropped the ball because their framework is very complicated to compile and seem to fail on modern MacOS systems.
