SK Telecom (SKT) has signed a Memorandum of Understanding (MOU) with Nokia to reveal and commercialise “fiber sensing,” an AI expertise for fixed-line networks that screens the atmosphere round optical cables. SKT and Nokia will collect empirical knowledge by machine studying on SKT’s business community, aiming to commercialise “fiber sensing” for the primary time in Korea by the tip of the yr.
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Fiber Sensing Expertise
In a joint assertion, the businesses defined that fiber sensing is a expertise that detects numerous environmental elements that may have an effect on wired community optical cables. When knowledge is transmitted by fiber optic cables, the section of the sunshine can change relying on the encompassing atmosphere of the cable, and these section modifications might be monitored to detect harm to the wired community or the impression of environmental situations.
Detects Threats to Optical Networks
Fiber sensing expertise screens section modifications in knowledge transmission by fiber optic cables, detecting environmental elements corresponding to earthquakes, local weather modifications, and building actions that might impression the community. This proactive method permits for the early detection of potential threats, lowering the chance of service interruptions.
The expertise might be built-in with current wired community gear and utilized to large-scale spine networks with out distance limitations, the joint assertion mentioned.
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Nokia mentioned, “Beginning with this MOU, we hope to use Nokia’s sensing expertise to an AI-based automated community. We are going to work collectively to proactively detect and reply to on-site conditions and supply secure providers.”
Enhancing Community Stability Nationwide
SKT plans to introduce “fiber sensing” to the nationwide wired community and put together an clever pre-response system to minimise the harm brought on by line disconnections at building websites. That is anticipated to forestall service failures as a consequence of surprising accidents and guarantee uninterrupted providers.
