Time: Monday 31st August and Tuesday 1st September 2009, 09.00 - 12.00.
Place: Dept of Animal and Aquacultural Sciences (IHA), Håkonshallen

Course outline:
* Switched and Hybrid Systems – Fundamentals:
Definitions and basic properties of switched and hybrid systems;
hybrid automata;
piecewise smooth dynamical systems;
switched linear systems;
differential inclusions;
examples of switched and hybrid systems in biology
* Stability and Stabilization:
Lyapunov theorems for switched systems;
converse theorems;
common quadratic Lyapunov functions;
piecewise linear and quadratic Lyapunov functions;
multiple Lyapunov functions;
stabilizing switching laws;
swell-time stability results and La-Salle’s invariance principle for switched systems.
* Positive Switched Systems:
Positive linear systems;
reachability and stability problems;
switched positive linear systems;
delayed positive systems;
compartmental systems;
monotone and cooperative systems.
* Applications to Physiological and Genetic Modelling:
Piecewise affine models of gene regulation;
compartmental models in physiology and anaesthesiology;
monotone systems and biochemical reaction networks.
