Simon Aden

Papers

Total Citations

H-Index

About

Simon Aden’s research focuses on making autonomous mobile manipulation more practical, affordable, and intuitive. His key contributions lie at the intersection of force sensing, condition monitoring, and human-robot interaction. In his most cited work, “Force sensing, low-cost manipulator in mobile robotics” (9 citations), Aden systematically investigated force measurement principles to enable tactile feedback for robotic grasping without expensive sensors—a critical step toward cost-effective automation. He further advanced industrial applications with “Condition Monitoring and Cloud-based Energy Analysis for Autonomous Mobile Manipulation” (8 citations), where he developed a smart factory concept using the LUHbots platform. This work introduced methods for failure handling and prevention, boosting productivity by reducing downtime and maintenance effort. Aden also explored accessible interfaces in “Intuitive Robot Control with a Projected Touch Interface” (4 citations), demonstrating how projected displays can simplify operator control. His research is particularly notable for bridging the gap between theoretical sensing concepts and real-world deployment in manufacturing environments. While his citation counts reflect a focused, early-career impact, his work on low-cost sensing and cloud-based monitoring has practical significance for the growing field of mobile robotics in smart factories.