The statistical properties of the random birefringence that affects long single-mode fibers are experimentally evaluated by means of a polarization-sensitive optical time-domain reflectometry. The measurements are in good agreement with theoretical predictions and show, for what we believe is the first time, that the components of the local birefringence vector are Gaussian random variables
Abstract—Spun fibers are increasingly used in telecommunica-tion systems because their polarization-...
We present a novel theoretical model for the description of round-trip propagation of polarized opti...
A novel technique, based on polarization-sensitive, frequency-domain reflectometry, for a full nonin...
Measurements of birefringence correlation length performed on long single-mode telecommunication fib...
The effects of bending on randomly birefringent, single-mode optical fibers have been analyzed by me...
We compare the different polarization properties of unspun fibers with respect to spun fibers, consi...
In this paper a technique to measure the distributed birefringence\ud profile along optical fibers i...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
The main achievements recently obtained by reflectometric distributed characterization of fiber opti...
A reflectometric technique able to characterize almost completely fiber birefringence is experimenta...
We present a polarization-sensitive optical time-domain reflectometer-based method for measuring the...
Polarization decorrelation in single-mode fibers with randomly varying birefringence is studied. We ...
Polarization sensitive reflectometric techniques can be effectively used to perform spatially resolv...
Spun fibers are one of the most viable solutions to polarization mode dispersion. In this paper, the...
Production defects and external perturbations cause standard telecommunication fibers to be randomly...
Abstract—Spun fibers are increasingly used in telecommunica-tion systems because their polarization-...
We present a novel theoretical model for the description of round-trip propagation of polarized opti...
A novel technique, based on polarization-sensitive, frequency-domain reflectometry, for a full nonin...
Measurements of birefringence correlation length performed on long single-mode telecommunication fib...
The effects of bending on randomly birefringent, single-mode optical fibers have been analyzed by me...
We compare the different polarization properties of unspun fibers with respect to spun fibers, consi...
In this paper a technique to measure the distributed birefringence\ud profile along optical fibers i...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
The main achievements recently obtained by reflectometric distributed characterization of fiber opti...
A reflectometric technique able to characterize almost completely fiber birefringence is experimenta...
We present a polarization-sensitive optical time-domain reflectometer-based method for measuring the...
Polarization decorrelation in single-mode fibers with randomly varying birefringence is studied. We ...
Polarization sensitive reflectometric techniques can be effectively used to perform spatially resolv...
Spun fibers are one of the most viable solutions to polarization mode dispersion. In this paper, the...
Production defects and external perturbations cause standard telecommunication fibers to be randomly...
Abstract—Spun fibers are increasingly used in telecommunica-tion systems because their polarization-...
We present a novel theoretical model for the description of round-trip propagation of polarized opti...
A novel technique, based on polarization-sensitive, frequency-domain reflectometry, for a full nonin...