The purpose of this project is to build a model of arterial blood pressure that uses only parameters that a physician would measure and to analyze predictions that are made by the model as input parameters change.
The purpose of this project is to build and analyze a sequence of mathematical models that facilitates studying the growth of the AIDS epidemic in the U.S.
This project is intended to investigate the question "Where is the ozone layer?" by examining the change in photon flux (a measure of sunlight intensity) as a function of altitude.
The purpose of this project is to construct a mathematical model describing the effects of titration, and then to use that model to determine the concentration and the identity of an acid in a solution by fitting the model to real titration data.
The purpose of this project is to develop a model to study the change of relative allele frequency in a gene pool under the conditions of weak selection.
This project develops a model based on the Chapman (oxygen-only) Model which uses theoretical chemical equations to build ozone concentration as a function of altitude.
The purpose of this project is to build a model that will predict the relative frequency of alleles (for a 3 allele gene model) in a gene pool given the relative frequency of phenotypes (there can be up to 4) in the population.
This project looks at the problem of automated edge detection in digitized images. It introduces the process of smoothing by convolution with a linear filter. Users may download image data for this project from our web site.