Distributed fiber sensors offers an innovative technology for a spatially distributed measurement based on Raleigh, Brillouin and Raman scattering. By analyzing backscattered signal frequency, intensity and phase, one can realize a distributed measurement of strain, temperature and vibration over a tens of kilometers. This paper reviewed the history and current technology development of distributed time-domain fiber sensors in terms of spatial resolution and sensing range while present the standard operating principles. The future prospective view that can be extend further research development has also been discussed
This paper presents a summary review of the field of distributed optical fibre sensors:The basic pri...
In this work an experimental development of a distributed Brillouin sensor in optical fiber, for st...
Optical fiber sensors offer unprecedented features, the most unique of which is the ability of monit...
Distributed fiber sensors offers an innovative technology for a spatially distributed measurement ba...
The civil engineering structures become, on one hand more and more complicated and/or aged and on th...
Over the past three decades, extensive research activity on Brillouin scattering-based distributed o...
Obtaining the strain data all along the optical fiber, with adequate spatial resolution and strain a...
This thesis reports on the progress that has been made improving the sensing performance of a distri...
This critical review paper covers the field of distributed optical fiber sensors. where measurements...
The financial requirements between fiber optic sensors and conventional sensors are gradually declin...
Over the past two decades, distributed optical fibre sensors (DOFS) based on Brillouin and Raman sca...
We present advanced techniques for high performance Raman distributed temperature sensing systems, b...
Unlike traditional sensing schemes which rely on discrete point sensors that perform measurements at...
Optical fiber sensors based on stimulated Brillouin scattering have now clearly demonstrated their e...
We review some recent results on the application of distributed Raman amplification schemes, includi...
This paper presents a summary review of the field of distributed optical fibre sensors:The basic pri...
In this work an experimental development of a distributed Brillouin sensor in optical fiber, for st...
Optical fiber sensors offer unprecedented features, the most unique of which is the ability of monit...
Distributed fiber sensors offers an innovative technology for a spatially distributed measurement ba...
The civil engineering structures become, on one hand more and more complicated and/or aged and on th...
Over the past three decades, extensive research activity on Brillouin scattering-based distributed o...
Obtaining the strain data all along the optical fiber, with adequate spatial resolution and strain a...
This thesis reports on the progress that has been made improving the sensing performance of a distri...
This critical review paper covers the field of distributed optical fiber sensors. where measurements...
The financial requirements between fiber optic sensors and conventional sensors are gradually declin...
Over the past two decades, distributed optical fibre sensors (DOFS) based on Brillouin and Raman sca...
We present advanced techniques for high performance Raman distributed temperature sensing systems, b...
Unlike traditional sensing schemes which rely on discrete point sensors that perform measurements at...
Optical fiber sensors based on stimulated Brillouin scattering have now clearly demonstrated their e...
We review some recent results on the application of distributed Raman amplification schemes, includi...
This paper presents a summary review of the field of distributed optical fibre sensors:The basic pri...
In this work an experimental development of a distributed Brillouin sensor in optical fiber, for st...
Optical fiber sensors offer unprecedented features, the most unique of which is the ability of monit...