Murphy Wonsick
Papers
10
Total Citations
157
H-Index
7
About
Murphy Wonsick is a robotics researcher whose work sits at the intersection of human-robot interaction, virtual reality interfaces, and humanoid robot systems. Best known for a highly influential 2020 systematic review of VR interfaces for robot control — now cited 69 times — Wonsick has helped shape how the research community understands the rapidly evolving relationship between immersive technologies and robotics. This foundational work established a critical framework for developers and scientists entering the field during the commercial VR boom. Beyond survey contributions, Wonsick has made meaningful advances in teleoperation and remote manipulation, developing enhanced environment models and shared-control paradigms — including motion polytopes in VR — that help human operators supervise robots in dangerous settings such as nuclear facilities, disaster zones, and extraterrestrial environments. Their holistic approach to human-supervised humanoid operations demonstrates a strong commitment to real-world deployment challenges. Wonsick has also tackled core robotics problems including terrain classification for NASA's humanoid robot Valkyrie, task-oriented inverse kinematics for manipulation planning, and anytime multi-task motion planning. Contributions to NASA's Space Robotics Challenge further underscore a career focused on bridging simulation and practical implementation, making Wonsick a notable voice in next-generation human-robot collaboration research.
Research Focus
Key Achievements
Top Papers
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- 5Human-Humanoid Robot Interaction through Virtual Reality Interfaces11 citations · 2021
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- 9Anytime multi-task motion planning for humanoid robots6 citations · 2017
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