Paul M. A. de Jong

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About

Paul M. A. de Jong is a leading researcher in human–robot interaction and supervisory control, with a focus on how operators allocate attention when managing multiple semi-autonomous robots. His seminal 2010 paper, “Computing the Effects of Operator Attention Allocation in Human Control of Multiple Robots,” has garnered over 50 citations and laid the groundwork for understanding how attention failures in time-critical systems can degrade performance and lead to catastrophic outcomes. De Jong’s work bridges cognitive engineering and robotics, developing computational models that predict the impact of operator scheduling on system effectiveness. His contributions are vital for designing safer, more resilient human–robot teams in domains like disaster response and military operations. By quantifying the trade-offs between automation and human oversight, de Jong has helped shape modern approaches to multi-robot supervision, earning recognition as a key voice in the field. His research continues to influence both theoretical frameworks and practical system design, making him an essential figure for students and engineers working at the intersection of human factors and autonomous systems.