Yingfeng Oh

Papers

Total Citations

H-Index

About

Yingfeng Oh is a pioneering researcher in the field of fault-tolerant real-time computing, with a focus on ensuring the reliability and predictability of mission- and life-critical systems. His major contributions center on developing scheduling algorithms that enable hard real-time tasks to tolerate processor failures—a critical requirement for applications in space exploration, aircraft avionics, and robotics, where system failure can have catastrophic consequences. Oh’s seminal 1994 paper, “Scheduling hard real-time tasks with tolerance of multiple processor failures,” has garnered 14 citations and remains a foundational reference for researchers designing robust, safety-critical systems. His earlier 1993 work on single-processor fault tolerance further established his expertise in this niche but vital area. By addressing the challenge of maintaining real-time guarantees even in hazardous, non-deterministic environments, Oh’s research has directly influenced the development of dependable embedded systems. His work is particularly notable for bridging theoretical scheduling models with practical fault-tolerance mechanisms, offering a framework that continues to inform modern real-time system design. For students and researchers in embedded systems, Oh’s contributions provide essential insights into building resilient, time-critical applications.