Práce a štúdie - Vydanie 17

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Author: search.filters.author.Veľký, Patrik

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    Analýza využívania UAVS ako dočasných zariadení
    (University of Žilina, 2025) Iturbe Ibanez, Isaac Zared; Veľký, Patrik
    Drones are tools that have been used over time with different applications, which is why a division was made between the applications of a drone based on the frequency of their use. In this thesis, the specific and limited-use applications that a UAV can carry out were written about. Which means that the drone was considered as a temporary device. This was done with the objective of observing the advantages of its use compared to different alternatives in the implementation in the same application and making recommendations for its correct implementation. For the analysis, four different applications were considered, including: infrastructure monitoring, security and rescue, terrain mapping, and photography and videography, within each application, unmanned aerial vehicles (UAVs) were compared to their conventional counterparts (listed on the pages 34-41), thus making it possible to identify the advantages that unmanned aerial vehicles have over the other alternatives. It was found that drones have the following main advantages: access to difficult or high-risk areas, speed in executing the application, and high precision when collecting information.
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    Umelá inteligencia ako ľudský faktor v letectve
    (University of Žilina, 2025) Štrauchová, Alexandra; Veľký, Patrik
    This paper aims to examine the role of artificial intelligence (AI) in aviation, with a particular focus on its impact on decision-making and safety. The objective of the paper is to analyse the development and current state of AI technologies, including machine learning and deep learning, and to assess their application across various areas of aviation. The paper highlights the integration of AI in aircraft design and manufacturing, air traffic management, airport operations, and emerging air mobility systems such as drones and U-space. Special attention is given to the legal, ethical, and safety implications associated with AI adoption in aviation environments. The paper also addresses the interaction between human operators and AI technologies, particularly in cockpits, maintenance processes, and air traffic control. In conclusion, the paper outlines the potential benefits and challenges of AI in aviation and provides insight into its future direction and further development in the field.