Jacques Leederkerken

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About

Jacques Leederkerken is a pioneer in autonomous underwater navigation, with a career focused on enabling robots to perceive and move through challenging, unstructured environments. His foundational work centers on feature-based navigation and real-time sonar processing, addressing the fundamental difficulty of low observability in underwater sensing. In his most-cited paper, "Feature tracking for underwater navigation using sonar" (2007, 31 citations), Leederkerken tackled the problem of tracking sonar features in real time on an underwater robot, specifically overcoming the poor angular observability of blazed array sonar. He extended these principles in "A Feature Based Navigation System for an Autonomous Underwater Robot" (2008, 15 citations), developing a complete navigation framework. Demonstrating the versatility of his approach, Leederkerken also contributed to "Robot soccer anywhere" (2005, 11 citations), a project that pushed autonomous navigation, mapping, and object tracking beyond controlled labs into dynamic, everyday settings—a stark contrast to conventional robot soccer competitions. Through these contributions, Leederkerken has advanced the state of the art in persistent, autonomous operation for both underwater and terrestrial robots, laying critical groundwork for future systems that must navigate reliably in the real world.