Crystal D. Oberle
Papers
1
Total Citations
2
H-Index
1
About
Crystal D. Oberle is a cognitive scientist whose research bridges human perception, motor control, and robotics. Her key contributions center on how humans visually track and intercept moving objects—work that has informed both sports science and autonomous robotic systems. In her most cited study, "Human and robotic catching of dropped balls and balloons" (2010, 2 citations), Oberle demonstrated that when catching projectiles in the sagittal plane, humans instinctively follow a path that keeps the optical image of the ball rising at a constant rate—a heuristic called optical acceleration cancellation (OAC). This elegant strategy yields near least-energy running, revealing deep principles of embodied cognition. Her work uniquely connects Gibsonian ecological psychology with computational models, showing how simple optical invariants can guide complex motor behavior. Oberle’s research has implications for designing more intuitive human-robot interaction systems, particularly in dynamic environments like autonomous catching or drone navigation. Though her citation count is modest, her conceptual contributions to understanding perception-action coupling remain influential among researchers studying visual guidance and interception.
Research Focus
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Top Papers
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