If you are a Miami undergraduate student and if you are interested in being a part of a Research and Study Group, let me know. The research and study topics are related to Differential Equations (credit for MTH347 or 245 is required) and Nonlinear Dynamics (MTH495, desirable but not necessary). You may work on a project individually or with other undergraduate or Master level students.
ghazarar@miamioh.eduAwarded: Miami University Undergraduate Research Awards
Abstract: We show existence of front solutions in diffusive modified Rosenzweig-MacArthur reaction diffusion system in the limits when prey diffuses at the rate much smaller than that of the predator and both the predator and the prey diffuse very slowly.
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Poster presentation at Undergraduate Research Forum at Miami University.
Abstract: A system of differential equations that model the dynamics of malaria transmission taking into account the lifestyle and life cycle of the mosquito and its interaction with the human population is analyzed. The model in question is revolutionary due to its focus only on the mosquitoes which are questing for human blood. We fix several variables within the system and vary several others to see what values cause the malaria to spread, remain constant, or leave the human population altogether. In particular we study two threshold parameters which can determine the spread of malaria and additional information on the control of malaria is discovered.
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Abstract: Population dynamics is an active area of math research. The techniques used in population dynamics include differential equations, applied dynamical system, and numerical simulations. The study of Epidemiology can be used to model the effects of tobacco and alcohol use in a society. The National Institute on Alcohol Abuse and Alcoholism reported that tobacco use and alcohol consumption are related (“Alcohol Alert”, 2007). Trying to predict how tobacco and alcohol addictions spread in a society is highly complex and involves many underlying factors and conditions. The goal of this research is to create a dynamical model to show how each of these addictions are related and how alcohol and tobacco addictions are spread in a population.
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Abstract
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