Žilinská univerzita v Žiline

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    História leteckej meteorológie
    (University of Žilina, 2025) Havlík, Timon; Jarošová, Miriam
    This article traces the evolution of aviation meteorology from its earliest synoptic observations to today’s AI-driven forecasting systems. Through a structured literature review and analysis of key milestones—ranging from Aristotle’s Meteorologica and early instruments (anemometer, barometer) to the establishment of Meteor R.E. in World War I, the METAR/TAF standardization in 1968, and the founding of ECMWF—this study highlights how terminology, data formats and distribution methods have continuously advanced. A comparative assessment of past and present practices reveals dramatic improvements in data timeliness (hours to seconds), measurement accuracy, and global coverage via SOS/AWOS, GTS/SWIM and satellite networks (MetOp, Meteosat). Finally, it examines emerging applications of AI and support vector machines for hyperlocal nowcasting and 4D trajectory planning, underscoring the need for ongoing international collaboration and technological innovation to meet the challenges of an ever-changing atmosphere.
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    Aeronautical Telecommunication Network
    (University of Zilina, 2016) Novák, Andrej; Žáčik, Nikolas
    This paper summarizes the results of a study of modern telecommunication technology in the Aeronautical Telecommunication Network. The article deals with the integration of modern telecommunication technology into the still developing sector of aeronautical telecommunication. The ATN is a data communications inter-network that provides its users a robust and reliable Air/Air, Air/Ground and Ground/Ground communications service.
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    TECHNOLOGIE TETRAPOL A JEJI IMPLEMENTACE V RADIOKOMUNIKAČNÍ SÍTI PEGAS
    (Žilinská univerzita v Žiline, 2018) Večeřa, Filip
    Fire rescue departments, military, emergency medical and public safety services, require a high degree of radio transmission security. Tetrapol is a technology that guarantees high security of radio transmission. This technology is based a number of national radio communication networks in the space of public safety. This paper focuses on the description of Tetrapol technology implementation in national security network in the Czech Republic - Pegas.