OTHER
An interactive robot control environment for rehabilitation applications
John L. Dallaway, Richard Mahoney, Robin Jackson, Raymond G. Gosine
- Year
- 1993
- Citations
- 18
Abstract
Interactive robot systems are under active investigation as aids for people with impaired manipulating ability. Under the direction of a disabled operator, a robot can manipulate objects, thereby increasing the independence of the operator in home, school and work activities. This paper describes a high-level control language CURL developed to facilitate communication between a disabled operator and the task environment. CURL is a Windows-based application. Interactive robotics requires a different approach from mainstream robotics where humans are kept out of the robot's work area.
Keywords
RoboticsRobotArtificial intelligenceHuman–computer interactionComputer scienceTask (project management)Rehabilitation roboticsCurl (programming language)Educational roboticsIndependence (probability theory)
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