@misc{cogprints2972,
          editor = {Don Wunsch},
           title = {Processing of analogy in the thalamocortical circuit},
          author = {Yoonsuck Choe},
       publisher = {IEEE Press},
            year = {2003},
        keywords = {analogy, thalamus, integrate and fire neuron, delay, time constant, thalamic reticular nucleus},
             url = {http://cogprints.org/2972/},
        abstract = {  The corticothalamic feedback and the thalamic reticular nucleus have gained
  much attention lately because of their integrative and modulatory functions.
  A previous study by the author suggested that
  this circuitry can process analogies (i.e., the \{{$\backslash$}em analogy hypothesis\}).
  In this paper, the proposed model was implemented as a network of leaky
  integrate-and-fire neurons to test the \{{$\backslash$}em analogy hypothesis\}.
  The previous proposal required specific delay and
  temporal dynamics, and the implemented network tuned
  accordingly functioned as predicted. Furthermore, these specific
  conditions turn out to be consistent with experimental data, suggesting
  that a further investigation of the thalamocortical circuit within the \{{$\backslash$}em
  analogical framework\} may be worthwhile.
}
}

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