Vincent Trudel
Papers
2
Total Citations
32
H-Index
2
About
Vincent Trudel has made pioneering contributions to the field of precision fiber-optic metrology, specializing in high-resolution displacement sensing for submillimeter measurements. His research focuses on developing novel, intensity-based sensor architectures that leverage the optical field properties of single-mode fibers. Trudel’s major contributions include the theoretical and experimental demonstration of one-dimensional and two-dimensional differential fiber-optic displacement sensors, which achieve remarkable linearity and sensitivity by using configurations of emitting and receiving fibers. His work, notably published in 2008 and 2009, has been foundational for advancing non-contact measurement techniques in industrial and scientific applications, with his most-cited paper, "One-dimensional single-mode fiber-optic displacement sensors for submillimeter measurements," accumulating 19 citations. Through rigorous numerical modeling and experimental validation, Trudel has established a framework for designing compact, robust sensors that overcome limitations of traditional interferometric methods. His achievements are recognized for enabling precise displacement tracking in constrained environments, making his research essential for engineers and scientists working in optical sensing, automation, and precision instrumentation.
Research Focus
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