Yulong Hou
Papers
3
Total Citations
74
H-Index
3
About
Yulong Hou is a researcher in the field of optical fiber sensing, with a focus on developing simple, cost-effective, and practical measurement solutions. His key research areas include macro-bending effect-based sensors, displacement and angle measurement, and polymer optical fiber technology. Hou’s major contributions lie in the design and demonstration of novel optical fiber sensors that leverage the macro-bending loss phenomenon to achieve precise, two-dimensional displacement and angle measurements. His 2019 paper on a two-dimensional displacement optical fiber sensor, which has garnered 43 citations, showcases a significant advancement in non-contact, real-time monitoring. Another highly cited work (28 citations) presents a simple and cost-effective angle measurement sensor using polymer optical fiber, further highlighting his ability to create accessible yet robust sensing systems. Hou’s research is particularly notable for its emphasis on dynamic displacement measurement, addressing the critical challenge of monitoring objects in motion. His work demonstrates that low-cost, easy-to-construct polymer optical fiber sensors can achieve reliable performance, making advanced sensing technology more widely available for industrial and research applications.
Research Focus
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Top Papers
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