Complexity, Criticality and Computation (C³)

© 2018 by the authors; CC BY-NC-ND license

consensus; multi-agent systems; internal model; disturbance; unknown exosystems; reservoir computing; uniformly state contracting networks; power law; critical states; relevance index; Ising model; random Boolean networks; complex systems; information theory; mutual information decomposition; synergy; redundancy; cellular automata; spatial-temporal patterns; complexity; phase transitions; emergent behavior; phase segregation; ecotones; complexity; computational neuroscience; C. elegans; neural connectome; rich club; vulnerability; epidemiology; criticality; information dynamics; phase transitions; agent-based simulation; information theory; transfer entropy; game theory; logic gates; multilayer perceptrons; strategic behaviour; decision theory; cockroach swarm optimization; swarm intelligence; journey planning; public transport; optimization of travel time; identity over time; Bayesian networks; multi-information; entity; persistence; integration; emergence; naturalising agency; self-organization; downward causation; autocatalytic set; goal-oriented behaviour; autopoiesis; biological computing; complexity; complex systems; entropy; information; scale; complex systems; critical dynamics; distributed computation; information; phase transitions; information thermodynamics; guided self-organization