Barrel-related Links
Popular Articles Investigators Organizations Books Journal articles "Whiskers: A Feel for the Dark", from California Wild, magazine of the CA Academy of Sciences
Investigators Kevin Fox and associates - experience-dependent plasticity in barrel cortex... Mitra Hartmann's lab - neurally inspired sensing and control Asaf Keller - information processing by local neuronal networks Ilan Lampl - processing of sensory information in the cerebral cortex Jim McCasland - development and plasticity of whisker/barrel cortex in rodents Chris Moore - Cortical Mechanisms of Tactile Perception. The Moore lab is interested in understanding tactile perception, and specifically how rapid changes in neural organization relate to rapid changes in perceptual function. The vibrissa sensory system is a key focus of research in the laboratory, with an emphasis on frequency-dependent information processing. Dan Simons' Lab - brain circuitry and neuronal information processing in the somatosensory system Back
to Top The Adaptive Behaviour Research Group, Psychology Dept., Univ. of Sheffield, England. A multidisciplinary group whose aim is to understand animal behavior by studying models of neural circuitry and the robotic behavior that results from the use of such models. Artificial
Mouse Project: Artificial Intelligence Laboratory, Zurich, Switzerland The Neuroprosthesis Research Organization is a
privately funded non-profit organization dedicated to providing science news information
and advice to individuals with chronic electrode implants in their brain, spinal cord,
peripheral nervous system and/or muscles. We raise funds for visual, auditory and
sensorimotor neuroprosthesis, sensorimotor substitution, human brain-computer interaction
and healthcare oriented biomorphic robotics related research. Many of our visitors are
scientists, students, writers, journalists, artists, who are interested in neural
prosthesis research. Our goal in the long term is to strive towards developing biomorphic
external control of robotic devices and/or functional electrical stimulation while
requiring the minimum possible in terms of invasive implants to obtain neural intention
signals for artificial motor control. |
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