This paper presents the numerical and experimental study of a multimode optical fiber
(MMF) sensor based on Fresnel reflection at the fiber tip. Considering different modal power …

The present work relates to manufacturing of a simple interferometric optical fiber
refractometer that features broad refractive index measuring range without ambiguity. The …

The implementation of a machine learning algorithm for measuring refractive index of liquid
samples using Fresnel reflection at the tip of a fiber is proposed in order to overcome the …

An optical fiber tip interferometer for the measurement of relative humidity (RH) and
temperature is proposed. The optical fiber structure used, a dual-cavity optical fiber Fabry …

In this work, we propose a signal processing algorithm to enlarge the refractive index
dynamic range (RIDR) of the Fresnel reflection-based fiber Fabry–Perot (FR-FFP) sensors …

This manuscript introduces a novel dual-channel surface plasmon resonance (SPR) sensor,
employing a reflective configuration comprising fused multimode fiber (MMF), dual-hole …

The dynamic range of optical fiber refractive index sensors is mainly determined by the
refractive index (RI) of the sensor surface in contact with the sample under test. In case of the …

A supervised machine learning (ML) algorithm is proposed for measuring refractive index
(RI) values both below and above the RI of the fiber material using a multimode interference …

The optical acoustic detection system based on the Fabry Pérot Etalon (FPE) with high
quality–factor (High Q) and stability structure is described and tested. The FPE contains two …

Hilbert transform (HT) is implemented to create an unambiguous, multiparametric, and
multipoint fiber refractometer in a simple and practical way. The ambiguity effect in the fiber …