This prototype was designed to be run on TeraGrid resources on the Neutron Science Portal. Additional hooks were developed to create a UI in Rappture, but those are not provided with this repo. The program accepts parameterizations for Gaussians, Lorentzians, polynomials of arbitrary degree, and continuously varying background.
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This project combines a Discrete Event System and a continuous solution to the diffusion PDE to model cell migration in response to biochemical diffusion. The products of this work resulted in a published abstract in the 2009 First Annual Biomedical Science and Engineering Conference at ORNL.
This Monte Carlo simulation of globular eye lens proteins was developed as part of a 2 year long research project at RIT. It is written in mostly C, but requires the GSL C++ library, so must be compiled with g++.