Artificial intelligence and its use in air transport

Dávid Bendík, A. Novák
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Abstract

In recent years, modern technologies have found large applications in sectors such as engineering, healthcare, information technology, robotics, and so forth. One important field in the use of such modern technologies is the field of air transport, where the main objective of using these technologies is to facilitate work for people, make individual tasks more efficient and faster, or reduce the risks associated with human error. In this paper, we will look at artificial intelligence and its use in aviation. Despite the rapid pace of improvement, artificial intelligence is still finding its way to reach its full potential. The history of artificial intelligence dates back to ancient times when many philosophers wondered whether a machine could think. The answer is found in the second half of the 20th century, when, besides theoretical knowledge, we can also observe the first intelligent machines. There is no clear and single correct definition for artificial intelligence, so the subject of the next section is to define artificial intelligence from different sources. The following section details the difference between deep learning and machine learning, comparing their main differences and applications in aviation. The analysis of the current state of application of artificial intelligence in aviation represents the core part of this paper. The emphasis in the analysis is put mainly on applications in the field of airports, air traffic management and safety. In each of these areas, the benefits of using AI are evaluated based on already established AI-enabled technologies. Finally, by analysing the sources available and those applied in our work with the use of a mathematical model, we assess how important the role artificial intelligence currently plays in air transport.
人工智能及其在航空运输中的应用
近年来,现代技术在工程、医疗保健、信息技术、机器人等领域得到了广泛应用。使用这种现代技术的一个重要领域是航空运输领域,其中使用这些技术的主要目的是便利人们的工作,使个人任务更有效和更快,或减少与人为错误有关的风险。在本文中,我们将研究人工智能及其在航空中的应用。尽管进步速度很快,但人工智能仍在寻找充分发挥其潜力的方法。人工智能的历史可以追溯到古代,当时许多哲学家都想知道机器是否会思考。答案是在20世纪下半叶找到的,那时,除了理论知识,我们还可以观察到第一批智能机器。人工智能没有明确单一的正确定义,所以下一节的主题是从不同的来源来定义人工智能。下面一节详细介绍深度学习和机器学习的区别,比较它们的主要区别和在航空领域的应用。人工智能在航空领域的应用现状分析是本文的核心部分。分析的重点主要放在机场、空中交通管理和安全领域的应用。在这些领域中,使用人工智能的好处是基于已经建立的人工智能支持技术进行评估的。最后,通过使用数学模型分析可用的资源和我们工作中应用的资源,我们评估了人工智能目前在航空运输中发挥的重要作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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