@Article{RSM:But2012,
  author =       "C.R. Butson",
  title =        "Computational models of neuromodulation.",
  journal =      "Int Rev Neurobiol",
  year =         "2012",
  volume =       "107",
  pages =        "5--22",
  robnote =      "As neuromodulation therapy has grown, so has the
                 recognition that computational models can provide
                 important insights into the design, operation, and
                 clinical application of neurostimulation systems. Models
                 of deep brain stimulation and spinal cord stimulation have
                 advanced over recent decades from simple, stereotyped
                 models to sophisticated patient-specific models that can
                 incorporate many important details of the stimulation
                 system and the attributes of individual subjects. Models
                 have been used to make detailed predictions of the
                 bioelectric fields produced during stimulation. These
                 predictions have been used as a starting point for further
                 analyses such as stimulation safety, neural response,
                 neurostimulation system design, or clinical outcomes. This
                 chapter provides a review of recent advances and
                 anticipated future directions in computational modeling of
                 neuromodulation.",
  bibdate =      "Sun May 25 06:53:32 2014",
}

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