Development of Unified Hybrid WDM-PON With Spectrally Hidden Data Channel System and FBG Optical Sensor Network
Author:
Senkans U.1, Braunfelds J.12, Rubuls K.2, Murans I.2, Porins J.1, Bobrovs V.1, Spolitis S.12
Affiliation:
1. 1 Institute of Telecommunications , Riga Technical University , 12 Azenes Str., LV-1048 , Riga , Latvia 2. 2 Communication Technologies Research Center , Riga Technical University , 12 Azenes Str., LV-1048 , Riga , Latvia
Abstract
Abstract
As the demand for fiber optical data transmission systems and other type of applications, which require optical media, like optical sensing increases, the unauthorized parties are becoming increasingly interested in such systems. Also, with such demand, more complex optical systems are required; thus, the network infrastructure is becoming more crowded. It is vital to economize on the available resources and infrastructure to ensure the needs of all interested business, governmental or end-user sides. Therefore, the present research focuses on the development of a unified hybrid optical system. The developed hybrid optical transmission system adds additional protection to the channels, allows for the unification of standard optical data transmission channels, optical sensors and spectrally hidden data transmission channel systems, and increases the efficiency of the optical components used.
Publisher
Walter de Gruyter GmbH
Subject
Psychiatry and Mental health,Neuropsychology and Physiological Psychology
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