Papers
3
Total Citations
35
H-Index
2
About
Xinyong Dong is a leading figure in advanced optical fiber sensing, whose work is redefining the limits of distributed measurement and structural health monitoring. His primary research focuses on Brillouin-based distributed sensors and few-mode fiber (FMF) technologies, where he has engineered groundbreaking solutions for curvature and shape reconstruction. Dong’s most-cited paper (19 citations) introduces a bending-loss-resistant distributed Brillouin curvature sensor using an erbium-doped few-mode fiber, a clever design that compensates for optical loss to enable precise radius measurements. He further advanced the field with a ring-core FMF sensor (14 citations) capable of distributed large-curvature sensing, successfully reconstructing complex 3D shapes via the Frenet-Serret algorithm—a major step toward real-time structural shape monitoring. Demonstrating remarkable versatility, Dong has also ventured into optoelectronics with a 2025 study on self-driven full-Stokes photodetection in optically active ferroelectrics. With a career spanning over a decade of high-impact contributions, his work is essential reading for researchers in photonics and smart infrastructure, offering practical pathways for integrating distributed sensing into robotics and civil engineering.
Research Focus
Key Achievements
Top Papers
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