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About

Valentin Longchamp is a leading figure in swarm and collective robotics, whose work has fundamentally advanced how heterogeneous robot teams coordinate and interact. His most influential contribution is the "Swarmanoid" concept (408 citations), which pioneered the study of heterogeneous robotic swarms—systems where different robot types collaborate through decentralized control and local information to achieve complex, emergent global behaviors. To enable such research, Longchamp co-developed the marXbot platform (198 citations), a miniature mobile robot designed with extended battery life and peer-perception capabilities, setting a new standard for collective-robotic experimentation. He also created ASEBA (103 citations), a modular, event-based architecture that distributes processing across sensor and actuator nodes, allowing fast, versatile control of complex robots. Further notable work includes artificial pheromone systems for foraging path selection and affordable SLAM implementations through co-designed hardware and methodology. Longchamp’s contributions have been instrumental in providing both the theoretical frameworks and practical tools that define modern swarm robotics research, making him a pivotal figure for students and researchers exploring decentralized multi-robot systems.