A sparse implementation of dynamic competition in continuous neural fields
Abstract
This paper introduces a sparse implementation of the Continuum Neural Field Theory, promoting a trade-off in accuracy for higher computational efficiency and alleviated constraints on the underlying model. The sparse version reproduces the main properties of previous discrete 2D implementations, such as dynamic competition leading to localized focus activity or robustness to noise and distracters, with a much higher computational speed on standard computer architectures.
Domains
Computer science
Origin : Files produced by the author(s)
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