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Розробка генераторів Мебіуса на FPGA

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The purpose of the master's qualification work is to study the existing methods of implementing Moebius functions, and taking into account their shortcomings, developed diagrams of Moebius generators on FPGA. in signal processing of various complexity, and solving a number of important inverse problems in applied physics and signal processing problems. Applying Moebius transform methods to estimates of inverse Fourier series transformations of some commonly used waveforms, such as square wave, triangular wave, and derived the extended sine, cosine, and general periodic functions formula on various frequently used waveforms. The master's qualification work provides the necessary material to confirm the relevance of the development, provides the principle of operation with coverage of scientific novelty, calculated the main electrical, structural and technological characteristics of the product. its compatibility and protection. When designing the product in the section of the analysis of the commercial potential of development, calculations of costs for research and development work were performed. It also determined the payback period for the manufacturer, which is 1.38 years and is less than the norm. The section on labor protection and safety in emergencies addressed such issues of labor protection and safety in emergencies as technical solutions for occupational health and industrial sanitation, determining the allowable length of the conductor (antenna), at which the magnetic field strength in the workplace is within standards, technical solutions for industrial and fire safety during the development of Moebius generators on FPGA, safety in emergency situations

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Керівник роботи: канд. тех. наук, доцент каф. РТ Гаврілов Д. В.

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Розробка генераторів Мебіуса на FPGA [Електронний ресурс] : [презентація] / викон. Д. В. Яровий; Вінницький національний технічний університет ; Факультет інфокомунікацій, радіоелектроніки та наносистем ; Кафедра телекомунікаційних систем та телебачення. – Електронні текстові дані (1 файл: 2,2 Мбайт). – Вінниця, 2020. – Назва з екрана.

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