Visual binding, reentry, and neuronal synchrony in a physically situated brain-based device
- Resource Type
- Conference Poster
- Authors
- Seth, Anil K.; McKinstry, Jeffrey L.; Edelman, Gerald M.; Krichmar, Jeffrey L.
- Source
- Seth, Anil K. and McKinstry, Jeffrey L. and Edelman, Gerald M. and Krichmar, Jeffrey L. (2003) Visual binding, reentry, and neuronal synchrony in a physically situated brain-based device. [Conference Poster]
- Subject
- Computer Science: Machine Vision
Computer Science: Neural Nets
Computer Science: Robotics
Machine Vision
Neural Nets
Robotics
- Language
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.