Tag: Formal Languages and Automata Theory


  1. Novel Computational Methods for Predicting Transitions in Spatiotemporal Neurodynamics between Attention and Mind-wandering

    David Haydock's Journal Club session where he will talk about his recent work on "Novel Computational Methods for Predicting Transitions in Spatiotemporal Neurodynamics between Attention and Mind-wandering"

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    Tagged as : Adaptation and Self-Organizing Systems Computer Science Formal Languages and Automata Theory Neurons and Cognition Nonlinear Sciences Quantitative Biolog

  2. Simulating and Reconstructing Neurodynamics with Epsilon-Automata Applied to Electroencephalography (EEG) Microstate Sequences

    David Haydock's Journal Club session where he will talk about a paper "Simulating and Reconstructing Neurodynamics with Epsilon-Automata Applied to Electroencephalography (EEG) Microstate Sequences"

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    Tagged as : Adaptation and Self-Organizing Systems Computer Science Formal Languages and Automata Theory Neurons and Cognition Nonlinear Sciences Quantitative Biolog

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neural networks Associative memory Studentship cerebellum Artificial intelligence olfaction Dendritic computation Purkinje cell Neuronal Morphology Evolutionary algorithms Neuromorphic hardware Persistent homology Open position COVID-19 Network connectivity robotics Deep learning Convolutional Neural Networks Neurons computational neuroscience neuroscience computational modelling Homoeostasis Software development machine learning PCA Computer Science optimization Structural plasticity synaptic plasticity

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