Loukas Petrou

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About

Loukas Petrou is a researcher whose work spans robotics, automation, and intelligent systems, with particular expertise in robotic manipulation of flexible and non-rigid materials, as well as multi-robot coordination and mapping. His early and most impactful contributions focused on the challenging problem of automating the handling of textile and flat flexible materials — a domain notorious for its complexity due to the unpredictable deformation behavior of such objects. His 1995 paper on robotic systems for handling textile and non-rigid flat materials garnered 36 citations, while his 1997 follow-up, which introduced vision and force/torque sensing to improve accuracy and reliability across a range of representative handling tasks, attracted a further 30 citations — together establishing him as a pioneer in this specialized field. More recently, Petrou has extended his research into multi-robot systems, exploring metric map merging using RFID tags and topological information to enhance collaborative exploration and spatial awareness among robot teams. This breadth of contribution — from tactile manipulation of delicate materials to distributed robotic intelligence — reflects a career dedicated to advancing practical, sensor-driven automation solutions with real-world industrial and field applications.