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

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