Daniel E. Walker
Papers
1
Total Citations
3
H-Index
1
About
Daniel E. Walker is a researcher whose work sits at the intersection of human factors, robotics simulation, and operator performance. His most-cited study, "Effectiveness of 2-D Views for 6-D Robotics Simulation Maneuvers" (2003), examined how operators perform complex six-degree-of-freedom robotic tasks using only a single two-dimensional view. Conducted with NASA’s BORIS simulator—developed for Generic Robotics Training—the research presented four “fly-to” tasks, systematically varying control-display configurations to assess performance. Though modest in citation count (3), this work contributed foundational insights into the cognitive and perceptual challenges of remote robotic manipulation, a critical issue for space operations and teleoperation. Walker’s research highlights the tension between display simplicity and task complexity, offering practical implications for training and interface design in high-stakes environments. His focus on human-robot interaction and simulation-based training places him within a niche but vital area of applied human factors engineering, where even small-scale studies can inform larger safety and efficiency concerns in aerospace and robotics.
Research Focus
Key Achievements
Top Papers
- 1Effectiveness of 2-D Views for 6-D Robotics Simulation Maneuvers3 citations · 2003