A course given by Franco Bagnoli at the Technocal University of Gdansk, 2630 March 2012 (15 hours)
Program:
 26/3 Introduction
What is computation. Von Neumann architecture. Artificial Intelligence. Emerging computation. Control theory. Extendend systems.
 26/3 Dynamical systems part 1
Dynamical systems in 1D. Phase space. Flow on the line. Fixed points. Stability. Bifurcation diagram. Saddlenode bifurcation, Trasncritical bifurcation. Supercritical pitchfork bifurcation. Subcritical pitchfork bifurcation. 2D systems. Phase space and vector field. Nullclines. Fixed points. Stability, saddle, nodes and spirals. Limit cycles.
 27/3 Dynamical systems part 2
Limit cycles. Supercritical Hopf bifurcation. Subcritical Hopf bifurcation. Quasiperiodicity. Timeseries. Fourier spectrum. Chaos. The Lorenz attractor. Lyapunov exponents. Poincaré sections. Maps. The logistic map. The bifurcation diagram. Period doubling and intermittency routes to chaos.
 28/3 Dynamical systems part 3
Extendend systems: partial differential equations, finite elements, coupled maps, cellular automata. Transition function. Trajectories. Attractors. Transients, period of limit cycles. Basin of attraction and phase space. Lyapunov spectrum, and the thermodynamic limit. Conservative and dissipative systems. KolmogorovSinai entropy. Synchronization and Lyapunov exponents. Pinching synchronization of coupled maps.  29/3 Stochastic systems
Stochastic cellular automata. Markow processes. Relaxation to equilibrium. The DomanyKinzel model. Phase transitions. Smallworld effect http://en.wikipedia.org/wiki/Watts_and_Strogatz_model. Network theory http://en.wikipedia.org/wiki/Barab%C3%A1si%E2%80%93Albert_model Chaotic transitions induced by topology.
 30/3 Evolution, human heuristics and social computing
Genes and replicators. Genotype and phenotype. The fitness landscape. The Fisher theorem and the gause principle. Quasispecies. The influence of mutations. The problem of coexistence. Competition and speciation in smooth fitness landscapes. Muller's ratches and the mutational mettdown. Sex and recombination. Evolution of sexual replication. The sexual runout: sexual ornaments. Brain as a sexual ornament in humans. Consequences of big brains. Brain and group size. The social brain. Game theory. Evolution of cooperation.
All material: http://born.de.unifi.it/~franco/UnconventionalComputing/ see also
From Newton to Cellular Automata Cellular automata
and http://arxiv.org/a/bagnoli_f_1.atom
