Sebastian Rohde

Papers

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About

Sebastian Rohde is a leading researcher in autonomous aerial robotics, specializing in the design and coordination of Micro Unmanned Aerial Vehicle (MUAV) swarms for critical civil and security applications. His work bridges the gap between multi-robot systems and real-world sensing missions, with a strong focus on communication-aware navigation and heterogeneous swarm control. Rohde’s seminal 2010 paper on the AVIGLE project introduced a system-of-systems concept for an avionic digital service platform, pioneering the use of miniaturized flying robots for civil security, cellular networks, and surveying—a foundational contribution that has garnered 24 citations. In the same year, his work on communication-aware steering strategies addressed the fundamental challenge of self-separation in flying robot swarms, ensuring robust connectivity during search-and-rescue and surveillance operations (19 citations). More recently, his 2016 paper on UAV-assisted radiological and nuclear sensing, validated through the ANCHORS project, demonstrated the first experimental deployment of autonomous aerial and ground sensor swarms for detecting hazardous materials (10 citations). Rohde’s contributions are instrumental in advancing cognitive swarm intelligence and autonomous sensing, making him a key figure in the evolution of practical, deployable drone systems for public safety and environmental monitoring.