Papers
4
Total Citations
25
H-Index
2
About
Weihong Bi is a leading researcher in advanced optical fiber sensing and intelligent robotic control systems, with a growing impact reflected in over 25 citations across recent high-impact publications. Bi’s core contributions lie in developing novel dual-parameter and directional curvature sensors—such as the highly cited 2023 system combining Nano-EYDF with cascaded Mach-Zehnder interferometry (16 citations) and the innovative eccentric heterogeneous fiber (EHF) sensor filled with PDMS featuring spherical structures (6 citations). These devices enable precise, simultaneous measurement of temperature and curvature, addressing critical needs in structural health monitoring and wearable technology. Bi has also pioneered liquid crystal-coated grapefruit microstructure optical fiber sensors for temperature detection, demonstrating remarkable sensitivity through spherical and dislocation architectures. Expanding into robotics, Bi’s 2025 work on adaptive predefined-time formation control for multi-omnidirectional mobile robot systems introduces groundbreaking solutions for output constraints and unknown nonlinear dynamics. This interdisciplinary expertise—bridging photonic sensor design with autonomous systems—positions Bi as a versatile innovator whose work advances both fundamental measurement science and practical robotic coordination.
Research Focus
Key Achievements
Top Papers
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