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Item Dopad vojenských konfliktov a politických nepokojov na leteckú dopravu(University of Žilina, 2025) Gardianová, Laura; Novák Sedláčková, AlenaThe aim of this paper is to present the impact of armed conflicts and political unrest on civil aviation, with a focus on identifying threats and analyzing the aviation sector's responses to destabilizing factors. The paper examines the influence of geopolitical events on the functioning of air transport, analyzing specific cases of countries affected by armed conflicts or domestic unrest. Attention is paid to the measures adopted in the affected airspaces and their impact on airlines, passengers, and the economy of the sector. The research also includes an assessment of the effectiveness of international sanctions related to civil aviation and their influence on the safety and continuity of air services. It focuses on the analysis of economic and operational consequences, as well as identifying possible approaches to enhancing the resilience of air transport to similar threats in the future. In conclusion, the thesis presents proposed measures that could contribute to more effective crisis management and maintaining stability in the field of civil aviation even during times of geopolitical tension. The results highlight the importance of early risk identification and the necessity of a coordinated international response aimed at minimizing the negative consequences for air transport.Item Umelá inteligencia ako ľudský faktor v letectve(University of Žilina, 2025) Štrauchová, Alexandra; Veľký, PatrikThis 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.Item Identifikácia rušenia GNSS signálu na letiskách(University of Žilina, 2024) Paraska, Michal; Novák, AndrejIn this thesis, the interference of GNSS signals at airports was studied, identifying the main types of interference and their sources. Through a thorough analysis and reevaluation of experimental setups, effective detection methods and mitigation strategies were established. The findings emphasize the significant impact of interference on safety and operational efficiency in aviation. It is recommended to enhance signal integrity with advanced monitoring systems and to work with aviation regulatory authorities to update existing frameworks, ensuring reliable GNSS functionality in an increasingly congested environment.Item Flight corridor for hems and national crisis management committee with usage htaws during minimum visibility conditions(University of Žilina, 2023) Posluch, Samuel; Petríček, PavolThis paper presents a new possibilities and methods of Helicopter emergency medical service operation in marginal adverse weather conditions with using the helicopter terrain awareness and warning system and impact on safety of crew and operation. It explains current operations in Slovakia, the principle of helicopter terrain awareness and warning system. Subsenquently, analyzed accidents with most common cause – controlled flight into terrain. Furthermore it analyze, design and verify the possibilities of increasing safety operations for helicopter emergency medical service also summaries designed so-called corridor with verify flights for proposes additions for next higher level of safe helicopter operations.Item Analysis of the possibility of increasing safety at the selected airport(University of Žilina, 2023) Šímov, Adéla; Remencová, TatianaCivil aviation safety is one of the most discussed issues in air transport. Airport safety must meet certain requirements, both in terms of safety management and security. Therefore, this article is focused on the definition of basic definitions for the issue, such as the already mentioned concept of safety and security, terrorism or theoretical basic models used in connection with the human factor in aviation. In the context of the current situation, there are examined the security systems at airports and their use at specific world airports. The main goal of this article was to analyze security systems at selected European airport, which is Amsterdam Schiphol Airport. Security at this airport is characterized by high level, not only because of the introduction of new technologies in the field of security checks, but also high staff qualification has its part on it. The number of terrorist attacks at Schiphol Airport also showed a high level of security system, with the first and last terrorist attack were in 2009. This attack caused certain changes in the field of security, in particular the modernization of security systems and the additional qualification of staff. Based on the analysis of safety and security system, there were formulated opportunities to increase security at this airport.Item Optimization design of flight training regarding cockpit equipment(University of Žilina, 2023) Senaj, Andrej Timotej; Jůn, FrantišekThe technological progress and development of aircraft, flight instruments and aircraft cockpit equipment over the past 60 years has been enormous, which has been shown in the equipment and construction of aircraft. The flight syllabus, according to which the training for future aircraft pilots was compiled, had to be updated over time due to the safety and fluency of the training program. This bachelor's thesis will be focused on the design and optimization of flight training with regard to aircraft cockpit equipment, where we will deal with the implementation of aircraft with digital cockpit equipment. Nowadays, we encounter aircraft in training that are from different periods and their cockpit equipment often consists of analog instruments. Over the years, flight schools began to reach for more modern aircraft, which represent a significant saving on fuel and more modern aircraft equipment. The risk when training pilots on airplanes with analog and digital instruments is that a pilot who is not sufficiently trained and does not understand the distribution of information on digital instruments may evaluate the situation incorrectly and consequently a dangerous situation may occur. This work will therefore be the design of a training curriculum to prevent such situations.Item Specific risks of helicopter aerial works and their elimination(University of Zilina, 2022) Hajduková, Gréta Mária; Kandera, BranislavSafety is the highest priority in all aspects of air transportation. This paper is focused on different hazards and risks that might be encountered by helicopters during different types of aerial works and offers ways to mitigate those risks. The introductory part lists companies who are currently licensed for helicopter aerial work in Slovakia and outlines different types of aerial works. The methodology process describes four steps, which are then executed in the central part of the paper. The main part was written as a result of combining two different approaches to hazard identification – reactive and proactive – which encompassed studying and analyzing reports from helicopter accidents and incidents, as well as brainstorming techniques with assistance from aviation professionals. The results provide different mitigating techniques to lower assessed risks to tolerable values, along with alternative proposals of risk mitigation to air operators.