Lecture Notes for Computational Methods for Nonlinear Systems
Lecture notes for computational modules
Introduction to course and modules (8/25/06)
Small world networks (9/1/06)
Random walks (9/8/06)
Biomolecular networks: Stochastic Cells and the Repressilator (9/15/06)
Solving ODEs on the Computer: Pendulum and Walker (9/22/06)
Pattern formation, cardiac dynamics, and spiral waves (9/29/06)
Universality in random matrices and extreme value statistics (10/06/06)
Bifurcations & Chaos in Iterated Maps I: Chaos & Lyapunov Exponents / Invariant Measure(10/13/06)
Molecular dynamics, DigitalMaterial, and design patterns(10/20/06)
NP-completeness, computational complexity, and phase transitions (10/27/06)
Universality, the renormalization group, and the onset of chaos (11/03/06)
Percolation (11/10/06)
Markov chains and Ising model equilibration algorithms (11/17/06)
Last modified: Nov. 15, 2006