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About

David Ribas is a prominent robotics researcher whose work has fundamentally advanced the field of autonomous underwater vehicles (AUVs), with particular expertise in underwater simultaneous localization and mapping (SLAM), seabed inspection, and autonomous intervention systems. His most celebrated contribution, the Sparus II AUV platform (2018, 194 citations), established a versatile hovering vehicle equipped with intelligent path-planning algorithms capable of real-time trajectory adaptation for complex inspection tasks. Alongside this, his pioneering work on visual inspection of hydroelectric dams (2010, 143 citations) demonstrated that AUVs could autonomously survey critical underwater infrastructure with remarkable precision. Ribas has been instrumental in developing cutting-edge 3D underwater laser scanning technology integrated with SLAM algorithms, enabling point-cloud-based mapping of submerged structures in real time (2019, 117 citations). His sustained contributions to sonar-based SLAM methods — spanning EKF-SLAM, scan-matching techniques, and probabilistic imaging sonar approaches — form a cohesive body of work that has shaped modern underwater navigation research. His work on underwater robotic manipulation (2013, 105 citations) further extended the frontiers of autonomous subsea intervention. With hundreds of citations across multiple research threads, Ribas represents a defining voice in marine robotics and autonomous underwater systems.