Title
Development of a cognitive engine for balancing automation and human control of surgical robotic system
Abstract
This paper presents the architecture and work flow of an intelligent surgical robotic system that we are developing. The robotic surgical system which comprises a cognitive engine is designed to augment and enhance the hand-eye coordination capability of the surgeon during operation in order to achieve the desired outcome and reduce invasiveness. By incorporating advances in surgical simulation and robot-assisted surgery, patient specific surgical plans can be derived with robot manipulation included. Adaptive visual and haptic cues based are generated based on the complex surgical plan to enhance human control of the robot. We illustrate our approach with an example task analogous to the laparoscopie abdominal surgery, and analyze the user's performance on teleoperation and cooperative control for the example task.
Year
DOI
Venue
2014
10.1109/URAI.2014.7057512
URAI
Keywords
Field
DocType
medical robotics,cognition,cognitive engine development,adaptive visual cues,human-robot interaction,teleoperation,human control enhancement,cooperative control,control engineering computing,automation,hand-eye coordination capability enhancement,robot-assisted surgery,patient specific surgical plans,intelligent surgical robotic system,laparoscopie abdominal surgery,intelligent robots,adaptive haptic cues,computer aided surgery,digital simulation,manipulators,haptic interfaces,medical computing,work flow,invasiveness reduction,robot manipulation,surgical simulation,telerobotics,surgery,collaborative control,robot vision,cognitive surgical robot,visualization,biomedical imaging,engines,robot kinematics
Teleoperation,Human control,Robot control,Visualization,Robot kinematics,Automation,Control engineering,Engineering,Robot,Haptic technology
Conference
ISSN
Citations 
PageRank 
2325-033X
0
0.34
References 
Authors
0
3
Name
Order
Citations
PageRank
Chee-Kong Chui124538.34
Binh P. Nguyen28010.61
Rong Wen3334.73