Minyoung Sung

Papers

Total Citations

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About

Dr. Minyoung Sung is a prominent researcher in industrial automation and cyber-physical systems, with a particular focus on bridging legacy hardware with modern communication standards. Their most-cited work, "OPC-UA Agent for Legacy Programmable Logic Controllers" (2022, 12 citations), addresses a critical challenge in smart manufacturing: enabling older PLCs to participate in Industry 4.0 ecosystems. Dr. Sung proposed an innovative OPC-UA agent design that translates proprietary protocols into the standardized OPC Unified Architecture, allowing seamless data exchange between legacy controllers and modern supervisory systems. This contribution is vital for cost-effective factory retrofits and has been recognized for its practical impact on industrial interoperability. Beyond this flagship paper, Dr. Sung’s research spans real-time control systems, industrial IoT security, and communication middleware for distributed automation. Their work is frequently cited in studies on digital twins and smart grid integration, demonstrating its relevance across multiple domains. Dr. Sung continues to advance the field by developing lightweight, secure communication protocols that enable legacy equipment to participate in the data-driven future of manufacturing.