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About

James A. Hilder is a leading researcher in swarm robotics, bio-inspired artificial intelligence, and autonomous underwater systems. His most impactful work includes the EU-funded CoCoRo project, which pioneered heterogeneous swarms of self-aware autonomous underwater vehicles (AUVs) for environmental monitoring and search operations—a study that has garnered 102 citations. Hilder’s major contributions span both hardware and algorithms: he developed the Pi-puck extension board (28 citations) and the Pi Swarm platform, low-cost robotic systems that democratize swarm robotics research and education by integrating Raspberry Pi computing with e-puck robots. His innovative Spiking Astrocyte Neural Network (SANN) model (50 citations) introduced a self-repairing mechanism inspired by biological astrocytes and endocannabinoid signaling, advancing fault-tolerant neural networks. Hilder also created ARDebug, an augmented reality tool for analyzing swarm behaviors (23 citations), and applied artificial immune systems to chemical detection via the receptor density algorithm (21 citations). With over 250 total citations and a focus on accessible, open-source tools, Hilder’s work bridges theoretical biology and practical robotics, making him a key figure in advancing swarm intelligence and autonomous systems.