M.R. de Baar

Dutch Institute for Fundamental Energy Research

Papers

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About

M.R. de Baar is a researcher in human-robot interaction and tele-manipulation, focusing on the design of control systems for complex, multi-operator tasks. Their major contributions center on tele-manipulation with two asymmetric slaves—for example, a crane for hoisting and a robotic arm for fine positioning—a setup common in heavy-load industries. De Baar’s work quantitatively compares operator performance, showing that two operators outperform one in such tasks, and demonstrates that haptic assistance significantly improves precision and efficiency. These findings, published in 2017 and 2018, have garnered nearly 20 citations, establishing de Baar as a key voice in optimizing human-in-the-loop control for asymmetric robotic systems. Their research bridges human factors and robotics, offering practical insights for industrial applications like construction or manufacturing, where coordinated control of disparate tools is critical. De Baar’s studies are notable for challenging the industrial standard of paired operators, suggesting that haptic feedback can enable a single operator to achieve comparable or superior results. This work not only advances tele-manipulation theory but also promises to reduce costs and improve safety in real-world operations.