TOMAŠOV, A. Bezpečnost optických vláknových infrastruktur [online]. Brno: Vysoké učení technické v Brně. Fakulta elektrotechniky a komunikačních technologií. 2024.
PhD candidate Adrián Tomašov focused his dissertation on advanced fiber optic sensor technologies aimed at enhancing the security of critical infrastructure. His research combined distributed acoustic sensing (DAS) with modern machine learning algorithms to improve anomaly detection and event classification. By analyzing polarization states, he developed a robust method to detect events caused by physical interactions or acoustic vibrations. The outcomes of his work demonstrate the potential of integrating traditional fiber optic sensing with data analytics to protect critical infrastructure and sensitive areas. Throughout his doctoral studies, Adrián Tomašov systematically addressed this highly relevant topic and consistently published his results. His publishing record includes 5 impact-factor articles and 11 conference papers indexed in the Web of Science. According to the Scopus database, he has authored 28 publications and contributed to three software tools. The presented dissertation, written in English, is well-structured, detailed, and highly comprehensible. It will undoubtedly serve as an excellent resource for those interested in the subject, both from a theoretical and practical perspective. The author drew extensively on his years of experience in scientific research projects, applying his knowledge to maximum effect in the thesis. During his studies, Adrián Tomašov actively participated in teaching, especially in the field of theoretical computer science and programming languages. He supervised student theses and independent projects in several courses. He has proven to be an indispensable member of both the academic and research teams. His contributions have been evident in various projects, including those under the Security Research of the Ministry of the Interior of the Czech Republic and in contract research for national and international security agencies. His work and its results stand as clear evidence of his commitment and expertise.
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