Georg Frey

Saarland University, University of Kaiserslautern

Papers

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About

Georg Frey is a leading figure in automation and control systems engineering, with a primary focus on the safety and feasibility of networked and reconfigurable systems. His research spans the critical intersection of medical robotics and industrial automation, where he develops methodologies to ensure system reliability under complex operational conditions. A cornerstone of his work is the "BROMETH" methodology, a pioneering framework for designing safe reconfigurable medical robotic systems, as detailed in his 2016 paper (30 citations). This work directly addresses the safety challenges of concurrent resource access in robotized surgical systems, such as those used for supracondylar humeral fracture treatment. Additionally, Frey has advanced the field of networked control systems (NCS) by demonstrating how simulation in Modelica can effectively analyze feasibility and non-deterministic delays in decentralized automation architectures (2008). His contributions are vital for the development of robust, real-world cyber-physical systems, providing engineers with the tools to design safer medical robots and more predictable industrial networks.