The master's thesis consists of an introduction, six main chapters, general conclusions and a list of used literature and sources. The thesis contains 92 pages, 28 illustrations, 28 tables and 13 references.
Thus, the goal of the master's thesis is the development of an automated quality control system for painting car body parts during repair work.
Actuality of theme. The automated eddy current control system of fuel cell tubular shells is a hot topic, as it relates to the safety and efficiency of nuclear energy, which is one of the most promising and clean energy sources in the modern world. Nuclear reactors are used not only to generate electricity, but also for scientific, medical and industrial purposes. However, nuclear power also has its risks related to possible accidents, radiation leaks, terrorist attacks and waste disposal problems. Therefore, it is necessary to ensure a high level of quality control and reliability of nuclear installations, especially those containing heat-emitting elements (fuel cells), which are directly involved in nuclear fission.
The master's dissertation consists of an introduction, five chapters, conclusions, and a list of references. Additionally, this diploma contains 112 pages, including 51 figures, 28 tables and 31 sourses.
The relevance of the topic lies in the development of an automated system for controlling unmanned aerial vehicles (UAVs) with a first-person view (FPV) observation system, possessing unique design parameters. This is highly relevant in the present time and can be designated for both military-industrial complexes and civilian operational purposes.
The Master's thesis comprises 93 pages, 19 figures, 29 tables, and 35 references.
Research Objective: The objective of this Master's thesis is to analyze the operation principle of a drone with a thermal camera and develop a program for analyzing captured images using neural networks.
Research Methods: To achieve the research objective, the following methods will be employed:
Literature Review: An analysis of literature will be conducted to study existing thermal cameras and unmanned aerial vehicles (UAVs).
Relevance of the topic: The aircraft industry remains one of the key sectors of modern technology development, where ensuring the safety and efficiency of aircraft production is an important task. The problems of detecting defects and malfunctions in the design of aircraft wings remain relevant. Ultrasonic technology has become a powerful tool for non-destructive testing of materials and structures in recent years. The use of the impedance method in ultrasonic systems allows to obtain detailed and accurate data on the condition of wings, which makes this topic extremely relevant.
