M. R. Tracey

Papers

Total Citations

167

H-Index

About

M. R. Tracey’s research lies at the intersection of human-robot interaction, spatial cognition, and rehabilitation technology, with a focus on how operators perceive and control remote systems. Her most influential work, “The Effects of Operator Spatial Perception and Sensory Feedback on Human-Robot Teleoperation Performance” (2002, 122 citations), demonstrated that an operator’s innate spatial awareness skills significantly influence teleoperation success, and that increasing sensory feedback can partially compensate for individual differences—a foundational insight for designing more intuitive remote control interfaces. In a related study (2001, 25 citations), she examined how spatial ability and motor learning interact during simulator-to-real-world transfer of training, providing early evidence that virtual reality simulators can effectively prepare operators for real manipulation tasks. Tracey also pioneered therapeutic applications of robotics, developing a storytelling robot (2001, 20 citations) that children with disabilities could control using adaptive body sensors, turning rehabilitation exercises into engaging play. This work exemplifies her broader contribution: bridging cognitive science and robotics to create systems that are not only technically effective but also human-centered and accessible.