A Neural Network Model of Saccade Generation.
Kuniharu Arai, Sanjoy Das, Edward L. Keller
Abstract
Open-access reader
Kuniharu Arai, Sanjoy Das, Edward L. Keller
Abstract
Open-access reader
Wehavemodi丘edaspatio-temporalneuralnetworkmodel ofthesuperiorcolliculusproposed by the authors.Noise was added to the superior colliculus neurons,and an eye position or velocity feedback signal was used for saccade eye movement controL Also we hypothesize that the output of the superior colliculus inhibits the pause neuron in the brainstem in order to generate saccade eye movements.In simulations our modi丘ed model succeeded in replicating accurate saccades of a variety of sizes.Simulation results and the model s relation to neurophysiological findings were discussed.
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Wehavemodi丘edaspatio-temporalneuralnetworkmodel ofthesuperiorcolliculusproposed by the authors.Noise was added to the superior colliculus neurons,and an eye position or velocity feedback signal was used for saccade eye movement controL Also we hypothesize that the output of the superior colliculus inhibits the pause neuron in the brainstem in order to generate saccade eye movements.In simulations our modi丘ed model succeeded in replicating accurate saccades of a variety of sizes.Simulation results and the model s relation to neurophysiological findings were discussed.
Key concepts: Saccade, Superior colliculus, Brainstem, Neurophysiology, Computer science, Eye movement, Superior Colliculi, Neuroscience