Patrizio Colaneri
Papers
2
Total Citations
121
H-Index
2
About
Patrizio Colaneri is a leading figure in the fields of hybrid dynamical systems, robust control, and networked multi-agent systems. His foundational work on **semi-Markov jump linear systems** has redefined how engineers model and control systems with random, abrupt changes in structure. His most-cited paper (2019, 118 citations) provides a rigorous framework for stability analysis and controller synthesis when information about sojourn times and mode transitions is incomplete—a critical advance for real-world applications where perfect statistical data is unavailable. Beyond theoretical control, Colaneri has made significant contributions to **swarm robotics**, as demonstrated by his 2022 work on designing switched control Lyapunov functions for mobile robot aggregation. This research addresses the practical challenge of coordinating wheeled robots with constrained dynamics under a centralized architecture. His work bridges the gap between abstract control theory and tangible robotic systems, offering powerful tools for engineers designing resilient, autonomous networks. Colaneri’s impact is evident in the enduring relevance of his methods for modern cyber-physical systems and autonomous vehicle coordination.
Research Focus
Key Achievements
Top Papers
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