This paper characterizes the sensitivity of a time domain MEMS accelerometer. The
sensitivity is defined by the increment in the measured time interval per gravitational …

This article highlights an intensity variation-based force sensor for polymer optical fiber
(POF) that relies on the twisting structure. The sensing phenomena of the sensor rely on …

Various methods are presented to develop fiber optics sensors; among them, the
multiplexing sensor technique requires a complex signal processing procedure that makes a …

The present work is considered to installed sensor system to the robotics system. The
structure of 3-D rotational sensor is based on polymer fiber, where two fibers are twisted to …

An all-fiber high-sensitivity displacement sensor based on 45°-spliced PM Lyot filter is
proposed and its sensing performance is investigated experimentally. The transfer function …

In sensor systems, most sensors are single-point detection, and it is challenging to develop
a multipoint sensor where multiple points can be sensed. This work reports a low-cost …

The developed angle sensors are usually used for either clockwise or an anti-clockwise
direction. Here, we present a relatively new setup of two angle sensors for independent and …

A complex signal processing technique is usually required to process the data in most
sensor design structures, and integration into real applications is also challenging. This work …

Currently, optical fiber technology from polymethyl methacrylate polymer has seen a huge
implication in various areas of our daily lives, and especially for telecom applications, it is …

Structural deformation estimation is of great interest for many engineering fields, such as
aerospace structures, antenna panels, and so on. During operation, however, the direct …