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About

Norbert Reider is a leading researcher at the intersection of cyber-physical systems, industrial robotics, and 5G wireless communications. His work focuses on the co-design of communication, computation, and control for mission-critical applications in smart manufacturing. Reider’s most influential contribution is his pioneering application of Digital Twin (DT) technology to network provisioning for cyber-physical production systems, a 2019 paper with 23 citations that demonstrates how DTs can optimize robot control over complex networks. He has also made significant advances in cloud-controlled autonomous mobile robots (AMRs), showing in a 14-citation 2021 study that full cloud control over wireless is feasible for factory transport. His 2018 work on Quality of Control (QoC)-aware resource allocation in 5G networks, with 9 citations, proposes a novel strategy to reduce wireless consumption by categorizing robotic arm movements. Notably, Reider validated his cloud-controlled AMR concept in a real semiconductor plant at Bosch in Reutlingen, Germany, using a 5G Standalone private network—a landmark achievement bridging theory and industrial practice. His 2025 framework for communication–compute–control co-design further cements his role in shaping efficient, resource-aware cyber-physical systems.