We report on a compact, highly sensitive all-fiber accelerometer suitable for low frequency
and low amplitude vibration sensing. The sensing elements in the device are two short …

We report on the use of a simple interferometer built with strongly-coupled core optical fiber
for accurate vibration sensing. Our multi-core fiber (MCF) is designed to mode match a …

The use of multicore fibers (MCF) for sensing applications is discussed. In particular, we
report on precision interferometric sensors based on strongly-coupled core MCF fusion …

A highly sensitive fiber-optic accelerometer based on detecting the power output of
resonances from the core dip is demonstrated. The sensing probe comprises a compact …

High-sensitivity detection of vibrations under high temperatures is a topic of great interest in
modern engineering such as thermal engine deep-sea aquaculture factory ship, aerospace …

We demonstrate a compact and versatile interferometric vibration sensor that operates in
reflection mode. To build the device, a short segment of symmetric strongly coupled …

A fiber optic accelerometer with a high sensitivity, low noise, and compact size is proposed
for low-frequency acceleration sensing. The sensor is composed of a 20 mm diameter …

A miniature fiber-optic Fabry–Perot (FP) accelerometer based on phase demodulation is
demonstrated for improving sensitivity. The accelerometer is composed of a 11.5 mm …

We report the demonstration of a novel in-fiber spatially integrated Michelson interferometer
based on weakly coupled multicore fiber (MCF) for vibration sensing. The compact …

In this paper, a novel pendulum-type accelerometer based on hetero-core fiber optics has
been proposed for structural health monitoring targeting large-scale civil infrastructures …