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Lecture Topics I

Lecture Topics I. Self Organized Criticality – Per Bak Turtles, Termites and Traffic Jams – Michel Resnick Amorphous Computing (2 lectures possible here) ECHO model – John Holland Collective Robotics -- Kube. Lecture Topics II. Reinforcement Learning – Sutton Subsumption – Brooks

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Lecture Topics I

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  1. Lecture Topics I • Self Organized Criticality – Per Bak • Turtles, Termites and Traffic Jams – Michel Resnick • Amorphous Computing (2 lectures possible here) • ECHO model – John Holland • Collective Robotics -- Kube

  2. Lecture Topics II • Reinforcement Learning – Sutton • Subsumption – Brooks • Algorithmic Chemistry • Fontana, Banzaf and Shapiro • Autopeosis – Varela, Maturana and MacMullin • DNA Computing – Adelman • Reaction-Diffusion systems • Theory • Applications

  3. Lecture Topics III • SugarScape models – Epstein, Axtell • Ascape model environment • Crowd Dynamics modelling – Keith Still • Repast simulation environment • Creatures – Steven Grand

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