We propose a new method for network authentication, identification, and secure communication, using the optical physical unclonable function Challenge-Response ...

In this paper, we extend the fiber signature to the network signature. Incorporating the fibers' signature (RBP) as the network fingerprint, we propose a. PUF- ...

Such a DI identification method may find applications within several use cases. It can be used in applications related to classic network security, ...

We introduce a technique to generate and read the digital signature of the networks, channels, and optical devices that possess the fiber-optic pigtails.

Optical Network Authentication through Rayleigh Backscattering Fingerprints of the Composing Fibers. Pantea Nadimi Goki 1. ,. Thomas Teferi Mulugeta 1.

Jun 1, 2023 · The OI assigns an optical fingerprint and the corresponding digital signature to each sub-system of the network and estimates its reliability in ...

A technique to generate and read the digital signature of the networks, channels, and optical devices that possess the fiber-optic pigtails to enhance ...

Optical network authentication through Rayleigh backscattering fingerprints of the composing fibers. PN Goki, TT Mulugeta, N Sambo, R Caldelli, L Potì.

We introduce a technique to generate and read the digital signature of the networks, channels, and optical devices that possess the fiber-optic pigtails to ...

To identify most of the sub-systems of a network, we propose to use the Rayleigh backscattering pattern, which is an optical physical unclonable function and ...