Detail publikace
Interference of Data Transmission in Access and Backbone Networks by High-Power Sensor System
Originální název
Interference of Data Transmission in Access and Backbone Networks by High-Power Sensor System
Anglický název
Interference of Data Transmission in Access and Backbone Networks by High-Power Sensor System
Jazyk
en
Originální abstrakt
Currently, individual optical fibers are mostly used for each non-data application, which is very inefficient and uneconomical. Sharing a single fiber for multiple applications is a promising solution. However, in the case of a non-data application, the situation is much more complicated compared to data because of special application´s requirements. In laboratory setup, we performed a measurement with a standard G.652D optical fiber for analyzing possible interaction of stable frequency/accurate time transmission, 1.25/10Gbps data transmission (typical bitrates for access point-to-point networks), and high-power sensor signal for different channel spacing and different pulse duration of sensor signal.
Anglický abstrakt
Currently, individual optical fibers are mostly used for each non-data application, which is very inefficient and uneconomical. Sharing a single fiber for multiple applications is a promising solution. However, in the case of a non-data application, the situation is much more complicated compared to data because of special application´s requirements. In laboratory setup, we performed a measurement with a standard G.652D optical fiber for analyzing possible interaction of stable frequency/accurate time transmission, 1.25/10Gbps data transmission (typical bitrates for access point-to-point networks), and high-power sensor signal for different channel spacing and different pulse duration of sensor signal.
BibTex
@article{BUT137022,
author="Petr {Münster} and Tomáš {Horváth} and Josef {Vojtěch} and Ondřej {Havliš} and Martin {Šlapák} and Pavel {Škoda} and Jan {Radil} and Radek {Velc} and Miloslav {Hůla}",
title="Interference of Data Transmission in Access and Backbone Networks by High-Power Sensor System",
annote="Currently, individual optical fibers are mostly used for each non-data application, which is very inefficient and uneconomical. Sharing a single fiber for multiple applications is a promising solution. However, in the case of a non-data application, the situation is much more complicated compared to data because of special application´s requirements. In laboratory setup, we performed a measurement with a standard G.652D optical fiber for analyzing possible interaction of stable frequency/accurate time transmission, 1.25/10Gbps data transmission (typical bitrates for access point-to-point networks), and high-power sensor signal for different channel spacing and different pulse duration of sensor signal.",
chapter="137022",
doi="10.1080/01468030.2017.1327624",
howpublished="online",
number="3",
volume="36",
year="2017",
month="june",
pages="144--156",
type="journal article - other"
}