VERIFICATION OF TECHNICAL ENGLISH LANGUAGE SKILLS OF FUTURE AIRCRAFT MAINTENANCE SPECIALISTS USING BLOCKCHAIN TECHNOLOGY
Abstract. This study aims to explore the potential of implementing blockchain-based verification in the language training of aviation technical specialists. The research objective is to find a transparent, reliable, and professionally validated tool for assessing student performance in language training. The research methodology utilized a quasi-experimental approach, comparing control and experimental groups, which underwent introductory […]
METHODS OF ANALYZING THE EFFICIENCY AND RISKS OF CONTROL OF UNMANNED SYSTEMS
Abstract. This article examines approaches to improving the reliability and resilience of information exchange for unmanned systems, taking into account the presence of external interference. The primary issue addressed in this article is the analysis of natural and artificial factors that may affect the operation of data transmission channels. Emphasis is also placed on the […]
MODELING SEMANTIC RELATIONSHIPS OF AVIATION TERMS: VECTOR SPACES AND LANGUAGE MODELS
Abstract. The proposed article examines methods for modeling semantic relationships of aviation terms using the BERT and RoBERTa language models. The relevance of the study lies in the use of a pre-prepared and annotated corpus of aviation terms that align with international practice and are drawn from documents of international regulatory bodies. The developed language […]
INNOVATIVE TRAINING COMPLEX WITH ENGINEERING SUPPORT: A NEW LEVEL OF TECHNICAL EXPLOITATION OF AVIATION
Abstract. This research explores the creation of a novel training complex that includes an engineering support system specifically designed for the technical management of military and specialized aviation equipment. The importance of this study stems from the need to improve the training efficiency of engineering and technical staff, given the growing technical complexity of aviation […]