Alessandro Tenaglia

Papers

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About

Alessandro Tenaglia is a robotics researcher whose work centers on distributed architectures for autonomous systems and visual sensor fusion. His most significant contribution is a novel distributed control architecture for unmanned aircraft systems (UASs), built on the Robot Operating System 2 (ROS 2) middleware. This architecture introduces industrial-grade tools that establish a new standard for high-reliability distributed systems, addressing critical challenges in autonomous flight coordination. With 14 citations, this 2023 paper has quickly become a reference point for researchers working on scalable, fault-tolerant UAS designs. Tenaglia also tackles the problem of visual sensor fusion for autonomous agents, developing efficient methods to combine multiple vision sensors and visual odometry sources for precise localization in unknown environments. His work on reducing computational overhead while maintaining accuracy is particularly relevant for resource-constrained platforms. By bridging the gap between ROS 2’s real-time capabilities and the demanding requirements of aerial robotics, Tenaglia is helping to define the next generation of reliable, perception-driven autonomous systems.