Publication | Closed Access
An interactive robot control environment for rehabilitation applications
18
Citations
13
References
1993
Year
EngineeringCognitive RoboticsIntelligent SystemsInteractive Robot SystemsRehabilitation RoboticsInteractive RoboticsHumanrobot CollaborationSystems EngineeringRehabilitation ApplicationsKinematicsRobot LearningRehabilitation EngineeringEmbodied RoboticsRoboticsAssistive TechnologyRehabilitationComputer ScienceDisabled OperatorHuman-robot InteractionRobot ControlAutomationAssistive RobotAssistive RoboticsMedicine
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.
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