光纤基础设施保护中基于干涉测量和基于偏振的传感系统的比较

P. Munster, T. Horváth, P. Sysel, J. Vojtěch, R. Velc
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引用次数: 3

摘要

几乎所有长距离的数据传输都是通过光纤传输的。因此,光纤基础设施非常重要,并且有必要保护它免受诸如挖掘活动造成的光纤切割。许多网络运营商都在寻求合适的自保护基础设施系统解决方案。我们对基于偏振的传感系统和基于干涉测量的传感系统进行了对比测量,以确定两种系统的灵敏度和精度。结果证实了两种系统都适用于应变测量的理论假设,并且基于干涉测量的传感系统更灵敏。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparison of interferometry based and polarization based sensing systems for use in fiber infrastructure protection
Almost all data transmissions over long distances are transmitted through optical fibers. Fiber infrastructure is therefore very important and is necessary to protect it against fiber cuts caused e.g. by digging activity. Many network operators seeking appropriate solution for self protecting infrastructure system. We performed comparative measurement of the polarization based sensing system and the interferometry based sensing system to determine the sensitivity and accuracy of both systems. The results confirmed theoretical assumptions that both systems are suitable for strain measurement and the interferometry based sensing systems are more sensitive.
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