131F08.syll - discrete Markov chains if time allows);...

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DEPARTMENT OF MATHEMATICS, NORTHEASTERN UNIVERSITY MTH G131 : Introduction to mathematical methods and modeling. Instructor: Chris King : king@neu.edu ; 437 Lake Hall; ext x3905 Class hours: Monday, Wednesday 5:50 – 7:20 pm, 233 RY Primary Text: “A first course in differential equations”, by J. David Logan, (pub. Springer). Secondary Texts: “Nonlinear Dynamics and Chaos”, by Steven Strogatz (Westview Press, 1994); “Elementary Differential Equations”, by Boyce and DiPrima (Wiley). Office hours: TBA Course outline: Introduction to mathematical methods with emphasis on applications and modeling using ordinary differential equations. Topics covered include analytical and numerical methods for solutions of ODE’s; matrix methods, with applications to systems of ODE’s (and
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Unformatted text preview: discrete Markov chains if time allows); Laplace and Fourier transforms. Applications will be chosen to illustrate the power and versatility of mathematical methods in a variety of applied elds. Computer projects will be used to further develop the connections between theory and applications. The text will be supplemented by notes and other sources of applications material. Homeworks: One weekly homework assignment, and end of course project, worth approx. 30% of grade. Tests: One in-class test (approx. 30%), and the nal exam (approx. 40%). Extras: The course will involve theory as well as problem solving and applications. The weekly homework assignment is an essential part of the course, and it will be graded every week....
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This note was uploaded on 10/19/2011 for the course MATH 3354 taught by Professor Drager during the Fall '08 term at Texas Tech.

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