Math 483 Fall 2007 Mathematical Modeling _________________________________________________________________________ Text: Math Models in Population Biology and Epidemiology," Brauer & Castillo-Chavez Syllabus: Chapters 1, 3 through 8. In addition, if time permits we will cover a few additional topics, e.g., models for HIV/AIDS and Stochastic models for real-life phenomena. Course Coverage: a) Qualitative Analysis of Single-Species Continuous Population Models b) Continuous Single-Species Population Models with Delays c) Qualitative Behavior of Linear systems d) Continuous Models for Two Interacting Populations e) Harvesting in Two Species f) Mathematical Epidemiolgy g) Models for Populations with Age Structure h) Mathematical Models for HIV/AIDS i) Stochastic Models j) Ergodic Theory for Markov Processes References: "An Introduction to mathematical Biology," Yeargers, et. al. "Population Biology," A. Hastings "Dynamics of Complex Systems," Bar-Yam "Elementary Probability Theory," K.L. Chung "Mathematical Modeling," Meerschaert "An Intro. to Stochastic Modeling," Taylor & Karlin "Theory of Heart," Glass et al "Math Biology I: An Introduction," Murray ______________________________________________________________________________ Grading: Homeworks 10% Midterm 20% Projects 40% Final Exam 30% _________________________________________________________________________ Remarks: a. To pass this class you must complete at least 50% of the course work. b. There will be no make up exams. (In case of an emergency contact me immediately.) c. Late homeworks or projects will not be accepted. ________________________________________________________________________