A Distributed Acoustic Sensing Dataset for Vessel Detection and Localization in Submarine Cable Protection
Authors: Erick Eduardo Ramirez-Torres, Javier Macias-Guarasa, Daniel Pizarro, Javier Tejedor, Sira Elena Palazuelos-Cagigas, Pedro J. Vidal-Moreno, María R. Fernández-Ruiz, Sonia Martin-Lopez, +2 more
Organizations: Universidad de Alcal´a, Departamento de Electr´onica, Alcal´a de Henares, Spain · Institute of Technology, Universidad San Pablo-CEU, CEU Universities, Urbanizaci´on Montepr´incipe, 28668 Boadilla del Monte, Spain · Daza de Vald´es Institute of Optics (IO-CSIC), Madrid, Spain · Marlinks, Leuven, Belgium
Recent incidents of accidental damage and suspected sabotage to submarine telecommunication and power cables, particularly in the Baltic Sea, have underscored their vulnerability and the need for continuous monitoring solutions. Distributed acoustic sensing (DAS) applied to submarine optical-fiber cables enables wide-area monitoring of underwater acoustic activity. We present the Marlinks-NS DAS dataset, comprising processed submarine DAS measurements and AIS-derived vessel information curated for cable-protection research. The dataset defines two machine-learning tasks (vessel detection and vessel-to-cable distance estimation) allowing reproducible research under realistic marine conditions. The dataset contains 74,771 labeled data instances from ten days of continuous recording along a 2,554 m segment in a 28 km buried fiber-optic cable in the North Sea. Each instance includes spectral-energy features from 250 sensing channels, together with anonymized distance measurements and metadata from AIS information. The released HDF5 data, documentation, processing description, and example code support reproducible development and evaluation of DAS-based vessel-monitoring methods for submarine cable protection.