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Документ Methodical instructions for laboratory works in the "Embedded systems" academic discipline(National technical university "Kharkiv polytechnic institute", 2024) Lipchanskyi, Maksym Valentynovych; Skorodielov, Volodymyr Vasyliovych; Lipchanska, Oksana ValentinivnaThe methodical instructions contain a technique for performing laboratory works, the purpose of which is to familiarize with the principles of microcontrollers and to develop practical skills for their engineering design and debugging. The technique is designed for both the use of universal construction stands with a set of discrete elements, microcircuits, and replaceable modules, and for the use of computer modeling packages. The following provisions should be followed when carrying out laboratory work: 1) laboratory work is carried out frontally in the whole group, the amount of tasks is determined by the lecturer; 2) independent preparation for each laboratory work is required, including the study of theoretical material and the implementation of the necessary project work; 3) during the laboratory work, students must complete an individual task and provide the teacher with all developed programs and research results; 4) a report is required for each laboratory work. The methodical instructions were developed at the Department of Computer Engineering and Programming and can be used for training of certified specialists in the major "Computer Engineering".Документ Methodological instructions for independent works in the "Computer circuitry" academic discipline(National technical university "Kharkiv polytechnic institute", 2024) Skorodielov, Volodymyr Vasyliovych; Lipchanska, Oksana ValentinivnaComputer Circuitry is one of the fundamental disciplines in the field of Computer Engineering. This discipline provides the theoretical and engineering training necessary to perform research and practical work on the research, development and operation of computer hardware, embedded microprocessor and microcontroller systems, computer systems and networks for various purposes (information, medical and industrial). As a result of studying the discipline, students are required to know: the element base of computers (digital integrated circuits of hard and programmable logic with varying degrees of integration), the principles of building on their basis typical functional units of digital devices of computers, microprocessor and microcontroller systems. Students are also required to be able to: analyze and develop schemes of digital functional units and devices of computers based on digital chips of hard and programmable logic; measure parameters, find faults, debug and test digital units and devices, as well as operate them; use technical and reference literature, as well as standards in their development and operation. Students are also required to have practical skills in the development and analysis of computer hardware, microprocessor and microcontroller systems using modern electronic modeling systems. It is obvious that such a large amount of knowledge and skills cannot be mastered without regular and rather intense independent work of students both during classroom works and during independent work at home. Independent work develops the skills of continuous self-improvement and the ability to self-education, intensifies search and research activities and provides an opportunity to acquire the knowledge necessary for practical and scientific activities.Документ Methodological instructions for practical works in the "Computer circuitry" academic discipline(National technical university "Kharkiv polytechnic institute", 2024) Skorodielov, Volodymyr Vasyliovych; Heiko, Hennadii Viktorovych; Lipchanska, Oksana Valentinivna«Computer circuitry» is one of the fundamental disciplines in the field of «Computer Engineering», which provides theoretical and engineering training necessary for the implementation of scientific research and practical work on the research, development and operation of computer hardware, embedded microprocessor and microcontroller systems, computer systems and networks for various purposes (information, medical and industrial). As a result of studying the discipline, students should know: the element base of computers (digital integrated circuits of hard and programmable logic with varying degrees of integration), the principles of building on their basis typical functional units of digital devices of computers, microprocessor and microcontroller systems.Документ Methodological instructions for laboratory works in the "Computer circuitry" academic discipline(National technical university "Kharkiv polytechnic institute", 2024) Skorodielov, Volodymyr Vasyliovych; Heiko, Hennadii Viktorovych; Lipchanska, Oksana Valentinivna«Computer circuitry» is one of the fundamental disciplines in the field of «Computer Engineering», which provides theoretical and engineering training necessary for the implementation of scientific research and practical work on the research, development and operation of computer hardware, embedded microprocessor and microcontroller systems, computer systems and networks for various purposes (information, medical and industrial). As a result of studying the discipline, students should know: the element base of computers (digital integrated circuits of hard and programmable logic with varying degrees of integration), the principles of building on their basis typical functional units of digital devices of computers, microprocessor and microcontroller systems.Документ Метод управління доступом у комп’ютерній системі критичного застосування на базі мережі 4G(Український державний університет залізничного транспорту, 2017) Семенов, Сергій Геннадійович; Ліпчанська, Оксана ВалентинівнаУ статті запропоновано метод управління доступом у комп’ютерній системі критичного застосування на базі мережі 4G для забезпечення якості послуг передавання даних. Запропоновано виконувати адаптацію ресурсів радіоканалу до заданих вимог за якістю послуги передавання даних за допомогою алгоритмів управління доступом до мережі, управління завантаженням мережі й перерозподілу завантаження в мережі. Наведено необхідні математичні обґрунтування.