### Course Syllabus (Text file)

### Course Book Reference List (Text file)

### Annotated List of Book References (Text file)

**NOTICE regarding the class question about Homework Problem 3.6: Note that the problem asks you to find the Equilibrium Probability Distribution. This means that the generating function you are looking for is one with no time dependence - e.g. you set dF/dt = 0 and then get a generating function for the equilibrium distribution F(x) and the constant of integration arises simply by realizing that F(1) = 1.**

**MATLAB**Quick Intro to MATLAB (Postscript file) Longer MATLAB Primer (Postscript file 213KB) Single simulation of pure death process (MATLAB .m file) Simulation of time to extinction of pure death process (MATLAB .m file) Simulation of pure birth process with time for pop size to reach a max size (MATLAB .m file) Simulation of single type branching process (MATLAB .m file) Illustration of cobwebbing using Logistic map (MATLAB .m file) 2 cycle composition of Logistic map (MATLAB .m file) Illustration of cobwebbing starting from two initial points using Logistic map - to illustrate sensitive dependence on initial conditions (MATLAB .m file) Lagged-Logistic map (MATLAB .m file) Lagged-Logistic map Bifurcation diagram calculation (MATLAB .m file) Beverton-Holt difference equation model (MATLAB .m file) Ricker difference equation (MATLAB .m file) 2 cycle composition of Ricker model (MATLAB .m file) Illustration of cobwebbing using Ricker model (MATLAB .m file)

**Maple**My UT Maple License Home Page Introduction to Maple (Maple Worksheet)

**Learn about UNIX****UNIXhelp**for Users -*best Unix info*( now locally served )

**Unix Resources**(UTexas)

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`http://www.tiem.utk.edu/~gross/`gross@tiem.utk.edu*Last Modified: August 22, 2006*