A novel method for interrogating interferometric sensors, based on analyzing the characteristics of the light expelled from a tilted fiber Bragg grating and captured by a photodetector linear array, is presented in the paper. Also a novel algorithm for the recovery of the measured information is proposed and its performance explored. It belongs to the parametric frequency estimation methods and is an adaptation of the MUltiple SIgnal Classification (MUSIC) algorithm. Finally an insight to the possibility of interrogating multiplexed interferometric sensors is given
Based on the interferometric demodulation technique, a fiber Bragg grating sensor system employing a...
We propose a new method for the simultaneous interrogation of conventional two-beam interferometers ...
The paper reports on a method for calculating required elements parameters and output optical power ...
The paper is aimed at improving the efficiency of signal processing for intermode fiber-optic interf...
We describe an interferometric technique for the demodulation of serial fiber Bragg grating sensor a...
The aim of the research work described in this thesis was to investigate the interrogation of fibre ...
Interrogation techniques for fiber Bragg grating sensor arrays need particular attention in the case...
A novel demodulation method for tilted fiber Bragg grating (TFBG) refractometry is proposed and expe...
A new method for the simultaneous interrogation of conventional two-beam interferometers and Bragg g...
Interrogation techniques for fiber Bragg grating sensor arrays need particular attention in the case...
Adjustable sensitivity and temperature-immune interrogation of tilted fiber Bragg gratings refractom...
We propose a new method for the simultaneous interrogation of conventional two-beam interferometers ...
A new approach for the interrogation of a large number of fibre optic grating sensors is proposed an...
Optical fiber gratings have developed into a mature technology with a wide range of applications in ...
We propose a new method for the simultaneous interrogation of conventional two-beam interferometers ...
Based on the interferometric demodulation technique, a fiber Bragg grating sensor system employing a...
We propose a new method for the simultaneous interrogation of conventional two-beam interferometers ...
The paper reports on a method for calculating required elements parameters and output optical power ...
The paper is aimed at improving the efficiency of signal processing for intermode fiber-optic interf...
We describe an interferometric technique for the demodulation of serial fiber Bragg grating sensor a...
The aim of the research work described in this thesis was to investigate the interrogation of fibre ...
Interrogation techniques for fiber Bragg grating sensor arrays need particular attention in the case...
A novel demodulation method for tilted fiber Bragg grating (TFBG) refractometry is proposed and expe...
A new method for the simultaneous interrogation of conventional two-beam interferometers and Bragg g...
Interrogation techniques for fiber Bragg grating sensor arrays need particular attention in the case...
Adjustable sensitivity and temperature-immune interrogation of tilted fiber Bragg gratings refractom...
We propose a new method for the simultaneous interrogation of conventional two-beam interferometers ...
A new approach for the interrogation of a large number of fibre optic grating sensors is proposed an...
Optical fiber gratings have developed into a mature technology with a wide range of applications in ...
We propose a new method for the simultaneous interrogation of conventional two-beam interferometers ...
Based on the interferometric demodulation technique, a fiber Bragg grating sensor system employing a...
We propose a new method for the simultaneous interrogation of conventional two-beam interferometers ...
The paper reports on a method for calculating required elements parameters and output optical power ...