Visual binding, reentry, and neuronal synchrony in a physically situated brain-based device

3353 12 2193 4 10119 document 2193 Seth.pdf application/pdf 120941 2009-12-08 20:46:31 http://cogprints.org/3353/1/Seth.pdf 3353 1 application/pdf application/pdf en public

Seth.pdf

http://eprints.org/relation/hasVolatileVersion http://cogprints.org/id/document/5751 http://eprints.org/relation/haspreviewThumbnailVersion http://cogprints.org/id/document/5751 http://eprints.org/relation/hasVersion http://cogprints.org/id/document/5751 archive 3507 disk0/00/00/33/53 2004-02-12 2011-03-11 08:55:26 2007-09-12 16:50:24 confposter show 0 By constructing and analyzing a physically situated brain-based device (i.e. a device with sensors and actuators whose behavior is guided by a simulated nervous system), we show that reentrant connectivity and dynamic synchronization can provide an effective mechanism for binding the visual features of objects. http://www.lucs.lu.se/ftp/pub/LUCS_Studies/LUCS101/Seth.pdf Seth Anil K. McKinstry Jeffrey L. Edelman Gerald M. Krichmar Jeffrey L. August 4-5, 2003 Third International Workshop on Epigenetic Robotics: Modeling Cognitive Development in Robotic Systems Boston, MA, USA Prince Christopher G. Berthouze Luc Kozima Hideki Bullock Daniel Stojanov Georgi Balkenius Christian pub simulated nervous system, neural-network, visual binding, brain-based device, Darwin VIII robot 177-178 TRUE Lund University Cognitive Studies TRUE comp-sci-mach-vis comp-sci-neural-nets comp-sci-robot Visual binding, reentry, and neuronal synchrony in a physically situated brain-based device 101 published 2003 public