R.C. Taylor

Papers

Total Citations

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About

R.C. Taylor's research career has been defined by pioneering contributions to robotic software frameworks and autonomous decision-making systems, particularly for hazardous environment applications. His most influential work centers on the development of OSCAR (Operational Software Components for Advanced Robotics), a generalized software architecture for controlling hyper-redundant and self-reconfigurable manipulators. This framework, detailed in his most-cited paper (2002, 12 citations), integrates essential robotic functions including kinematics, dynamics, and device interfacing into reusable software components, enabling rapid reconfiguration of complex robotic systems. Taylor's second major contribution addresses the critical challenge of remote robotic operations for Department of Energy Environmental Management applications. His 2004 work (6 citations) explores transitioning from pure teleoperation to semi-autonomous decision-making, allowing robots to operate effectively in dangerous environments while reducing human operator burden. Additionally, his research on automatic generation of robot interface specifications (2004, 3 citations) introduced an innovative feature-based modeling approach, where robot controllers are decomposed into exportable interfaces defined by properties and actions. This work enables systematic interface generation through feature composition, streamlining the development of diverse robotic controllers. Taylor's cumulative impact lies in advancing both the software infrastructure and decision-making capabilities that make remote robotic operations safer and more efficient in hazardous settings.