Individual components of the SoFiN interrogator were characterized, and all main elements were combined into one system. With this system, the overall functionality has been successfully verified, and all elements are integrated into a portable demonstrator. Congratulations to our leading partner Adtran for driving the development of the interrogator platform from architectural design to integration…
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SoFiN Project results from the work on algorithms developed for machine learning-enhanced fiber sensing to extract meaningful information from sensing measurement data, enhance signal quality under various noise conditions and further model the Rayleigh backscattering process in #OTDR systems, were presented last week at the world’s leading event on lasers, photonics, and electro-optics; CLEO Conference…
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Partner FAU recently completed a 100-meter long single-mode fiber installation outdoors and accessible from the fiber sensing lab. This setup will allow our colleagues to observe weather influences and differences between day and night. Esther Renner, our leading researcher working on this exciting part of the project mentioned “Our advanced Raman-Distributed Temperature Sensor System will…
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Invaluable time well spent last week at SPIE West Photonics 2025 where at this stage of SoFiN project it was a great opportunity to successfully knock at worldwide photonics doors, discuss technological progress with peers, and even feel proud visiting one of our partner’s booth. In addition, we joined special workshops arranged with other EU…
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A great start of the new year 2025 with our M26 physical 2-day Consortium Meeting which took place on the 15-16 Jan. at Meiningen, Germany and hosted by our project partner Adtran, Inc. Fulfilled with both physical and online participation, colleagues from all partners presented progress to-date and discussed next steps towards full SoFiN system…
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SoFiN results from parallel work progressed by technical partners FAU, DTU and ADTRAN were recently presented at two prestigious conferences. Results from the research performed by partner FAU were presented last week on 10-14th Nov. at IEEE Photonics Conference (IPC) 2024, which is considered the flagship meeting of the IEEE Photonics Society covering a broad…
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New scientific progress achieved as part of SoFiN project now published. The scientific publication presents the latest research advancements and results stemming as part of the significant project work exploring temperature prediction with a convolutional neural network performed by colleagues Esther Renner et al. from Prof. Dr.-Ing. Bernhard Schmauss team at FAU – Friedrich-Alexander-Universitat, Erlangen-Nürnberg,…
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SoFiN project steps forward with continuous progress in the developments of the novel fiber optic sensing network, to be easily controllable and adaptable by software with capability of analysing a plethora of new data from different types of sensing elements. As part of the ongoing developments, two technical partners from the project, FAU leading the…
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SoFiN is a Horizon Europe funded project addressing the need for accurate, continuous structural and performance monitoring for an improved life cycle management of infrastructures, by proposing a novel remotely controlled fiber sensing system. Let’s briefly meet the Consortium and hear more about the invaluable work performed within the project: https://youtu.be/Nj4_jHzTN80?si=L9uh1Zp2mJspsv6d Thank you to all SoFiN…
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Excited to share the most recent news from the participation at one of the most prestigious global conferences with a long history as the industry’s leading event on laser science, the Conference on Lasers and Electro-Optics (CLEO) represents the premier international forum for scientific and technical optics, uniting the fields of lasers and opto-electronics by bringing together…
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