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About

Maurizio Palmieri is a researcher focused on the modeling, simulation, and security of cyber-physical systems (CPS) and autonomous robotics. His work centers on co-simulation—a technique that integrates multiple simulation tools to analyze complex system behaviors. Palmieri’s key contributions include formalizing and simulating security attacks on CPS, particularly on sensors and actuators, using logic theories to model attack effects. His 2020 paper on this topic has garnered 12 citations, while his foundational 2019 work on attack modeling has 4 citations. In robotics, Palmieri co-simulated semi-autonomous systems, exemplified by a line follower robot case study (2018, 18 citations), and explored cooperative autonomous robotic CPS through Voronoi tessellation (2023, 2 citations). He also advanced practical co-simulation tools with his “Do-it-Yourself FMU Generation” paper (2023, 4 citations). With a total of 40 citations across his most-cited works, Palmieri’s research bridges theoretical formalization and applied simulation, offering valuable methodologies for designing and validating secure, cooperative autonomous systems. His work is particularly relevant for students and researchers in CPS security, multi-agent robotics, and simulation-based design.