The brain has to process and react to an enormous amount of information from the senses in real time. How is all this information represented and processed within the nervous system? A proposal of nonlinear and complex systems research is that dynamical attractors may form the basis of neural information processing. Here we show that this idea can be successfully applied to the human auditory system, and can explain our perception of pitch. © 2007 American Institute of Physics
The dynamics of a sensory apparatus: The case of the auditory system
Gonzalez Diego L;
2007
Abstract
The brain has to process and react to an enormous amount of information from the senses in real time. How is all this information represented and processed within the nervous system? A proposal of nonlinear and complex systems research is that dynamical attractors may form the basis of neural information processing. Here we show that this idea can be successfully applied to the human auditory system, and can explain our perception of pitch. © 2007 American Institute of PhysicsFile in questo prodotto:
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