Carlos Moreno

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About

Carlos Moreno is a pioneer in autonomous mobile robotics, with his most influential work centering on the development of surface filling navigation strategies for unknown indoor environments. His seminal 2002 paper, "Complementary regions: a surface filling algorithm" (29 citations), introduced a groundbreaking approach that allows mobile robots to generate compact topological graph representations of their surroundings, solve the "terrain acquisition" problem, and plan efficient point-to-point trajectories. This foundational concept was further demonstrated in his work "An autonomous vehicle for surface filling" (8 citations), where he showcased a robot capable of autonomously exploring and navigating entire closed indoor spaces with high performance. Moreno also contributed to real-time control systems through his concept of "behaviour oriented commands" (BOCs), presented in his 2002 paper (3 citations), which models complex system control with high reactivity. His earlier work on uncertainty treatment in surface filling robots (1996, 2 citations) laid the groundwork for robust navigation in unpredictable environments. With a career spanning from the mid-1990s to the early 2000s, Moreno's research has significantly advanced the fields of autonomous exploration, topological mapping, and reactive control, leaving a lasting impact on mobile robotics.