Yunis Fanger

Deutsches Zentrum für Luft- und Raumfahrt e. V. (DLR)

Papers

Total Citations

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About

Yunis Fanger is a robotics researcher whose work bridges the gap between terrestrial autonomy and extra-terrestrial exploration. His key research areas include robotic simulation, multi-camera SLAM, and autonomous perception for planetary missions. Fanger’s major contributions are threefold: he developed URSim, a versatile Software-in-the-Loop robot simulator tailored for testing planetary exploration platforms; he introduced IndoorMCD, a benchmark dataset for evaluating low-cost multi-camera SLAM systems in dynamic indoor environments; and he advanced autonomous rock instance segmentation for extra-terrestrial robotic missions. His most-cited papers—each garnering 5 to 8 citations—reflect a focused, high-impact portfolio that addresses critical challenges in space robotics and domestic service robots. Notably, his work on rock segmentation directly supports the autonomous collection and analysis of extraterrestrial matter, a key goal of modern space exploration. Fanger’s contributions are particularly relevant for researchers developing robust, cost-effective robotic systems that must operate in unstructured or remote environments, from planetary surfaces to cluttered homes. His publications serve as essential references for those working at the intersection of simulation, perception, and real-world deployment.