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Документ Methodological instructions for practical work in the "Microprocessor architecture and programming" academic discipline(National technical university "Kharkiv polytechnic institute", 2024) Podorozhniak, Andrii Oleksiiovych; Heiko, Hennadii Viktorovych; Mezherytskyi, Sergii Hennadiiovych; Liubchenko, Oleksii ViktorovychThe methodical instructions contain a methodology for performing practical classes, the purpose of which is to provide students with special skills in the basic basics of architecture, programming and modes of operation of microprocessors and microprocessor facilities and to familiarize them with the direct memory access controller, interrupt controller, system timer and real-time clock; study of the main modes of operation of a microprocessor, including various options for solving practical problems using a microprocessor and multitasking mode.Документ Methodological instructions for completing a calculation and graphic task in the "Computer electronics" academic discipline(National technical university "Kharkiv polytechnic institute", 2024) Skorodielov, Volodymyr Vasyliovych; Podorozhniak, Andrii Oleksiiovych; Heiko, Hennadii ViktorovychMethodical instructions for a computational and graphic task provide for independent work in the discipline "Computer electronics", the goals of which are: to give knowledge about the element base of computers (discrete passive electronic components, semiconductor devices, microcircuits), the principles of constructing on their basis typical functional units of analog and analog-digital devices of computers and various kinds of converters in microprocessor and microcontroller systems; to provide theoretical and engineering training necessary for the development, research and operation of various analog computer devices, microprocessor and microcontroller systems, as well as specialized computer systems for various purposes; to provide practical skills in the development and analysis of computer hardware, microprocessor and microcontroller systems using modern programs for modeling electronic circuits. The performance of the computational and graphic task involves the consolidation of knowledge and the acquisition of practical skills in the construction, calculation and modeling of analog device circuits. Each student receives an individual task in accordance with its version and clarifies the initial data with the teacher. The study of the operation of circuits is carried out using programs for modeling electronic circuits. Theoretical information and reference materials that are necessary for the performance of this calculation and graphic task are given in the recommended literature and lecture materials. The execution of a computational and graphic task is considered on the examples.Документ Methodological instructions for practical work in the "Computer electronics" academic discipline(National technical university "Kharkiv polytechnic institute", 2024) Skorodielov, Volodymyr Vasyliovych; Podorozhniak, Andrii Oleksiiovych; Heiko, Hennadii ViktorovychMethodical instructions take into account the possibility of performing practical work both on universal circuit boards with sets of jumpers, discrete passive and semiconductor elements, transistors and microcircuits, and using electronic circuit modeling programs. When conducting practical work, the following provisions should be followed: 1) practical classes are conducted face-to-face in the entire group, the volume of tasks is determined by the teacher; 2) each practical work requires independent preparation, including the study of theoretical material and implementation the necessary project work, theoretical analysis of the developed schemes, construction of time diagrams; 3) In the course of practical work, students must assemble the scheme on a universal circuit board or in the modeling program and perform its research; 4) a report is drawn up for each practical work, which includes: the topic and purpose of the work, an individual task, research results with explanations, conclusions on all experiments; 5) all developed circuits and research results created in simulation programs must be presented to the teacher to demonstrate the functionality of the circuit or device being modeled. When submitting a practical work report, students should be ready to answer the control questions that are in methodical instructions and additional questions based on the material being studied.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.