Hejiao Huang
Papers
1
Total Citations
15
H-Index
1
About
Hejiao Huang is a prominent researcher in discrete event systems and manufacturing automation, with a particular focus on Petri net theory and its applications to resource allocation and deadlock prevention. Her seminal work, "Property-preserving subnet reductions for designing manufacturing systems with shared resources" (2005, 15 citations), introduced a powerful reduction technique that preserves critical system properties—such as liveness and boundedness—while simplifying complex manufacturing models. This contribution has been foundational for designing efficient and deadlock-free automated manufacturing systems with shared resources, enabling more scalable analysis and control. Huang’s research bridges theoretical rigor and practical engineering, offering systematic methods to ensure system reliability and performance. With over a decade of influential publications, her work continues to guide the development of robust supervisory control strategies in flexible manufacturing and cyber-physical systems. Her property-preserving approach remains a key reference for researchers tackling the challenges of concurrency and resource sharing in automated environments.
Research Focus
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Top Papers
- 1