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About

Nader Mohamed is a computer scientist and engineer whose research spans robotics, networked systems, and smart city technologies. He has made significant contributions to the fields of multi-robot systems, fog computing, and unmanned aerial vehicles (UAVs), establishing himself as a thoughtful voice in the intersection of distributed computing and autonomous systems. Mohamed's most impactful work, "Unmanned Aerial Vehicles Applications in Future Smart Cities" (2018), has garnered an impressive 432 citations, reflecting the growing relevance of UAV integration in urban infrastructure. His sustained interest in networked robotics is evident across multiple publications, from his foundational 2009 review of middleware for networked robots to more recent explorations of fog-enabled architectures and secure communication protocols for multi-robot systems. These works collectively address how interconnected robotic systems can cooperate efficiently, securely, and at scale. His research has also extended into applied domains, notably Agriculture 4.0, where he examines how multi-robot networking can transform smart farming. Throughout his career, Mohamed has consistently tackled the architectural and communication challenges that underpin real-world autonomous systems, making his work valuable reading for students and practitioners working at the frontier of robotics, IoT, and intelligent infrastructure.