Mohammad H. Mamduhi

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About

Mohammad H. Mamduhi is a researcher specializing in networked control systems, cyber-physical systems, and wireless communication scheduling, with a particular focus on bridging the gap between control theory and network resource management. His work addresses fundamental challenges in environments where multiple control applications must share limited communication infrastructure — a critical problem in domains ranging from smart grids and cooperative robotics to industrial automation. Mamduhi's most influential contribution, "Try-once-discard scheduling for stochastic networked control systems" (2018, 27 citations), introduced an elegant and practical scheduling mechanism that efficiently coordinates network access for multiple stochastic control loops, advancing the design of reliable, resource-constrained networked control systems. This work has become a meaningful reference in the NCS community, reflecting its broad relevance to real-world deployments. His more recent research extends these ideas into Industry 4.0 contexts, as demonstrated in his 2022 paper on controller-aware dynamic network management for cyber-physical manufacturing systems. Here, Mamduhi explores how digital twins and centralized control architectures can be intelligently leveraged to optimize networked operations in constrained industrial environments. Together, his contributions reflect a coherent and evolving research agenda at the intersection of control engineering, network science, and smart manufacturing.