This course provides an introduction to the definition of linear complementarity problems (LCPs) and outlines the derivation of a toolbox of numerical methods. It also presents a small convergence study on the methods to illustrate their numerical properties. The course is a good introduction to implementing numerical methods, because it includes tips and tricks for implementation based on considerable practical experience.
COURSE SCHEDULE
2 pm
Introduction to LCPs and Motivating Examples
2:15 pm
Covering PGS/PSOR
2:35 pm
Covering Min-Map Newton
2:55 pm
Covering Fischer Newton
3:15 pm
Closing Remarks/Afterthoughts
Level
Intermediate
Prerequisites
Linear algebra, differential calculus, rudimentary programming skills.
Intended Audience
Researchers in physics-based animation.
Instructor(s)
Kenny Erleben
Københavns Universitet