Registration Number
0224U000481,
(0121U113068)
, R & D reports
Title
To fulfill the tasks of the long-term development plan of the scientific direction "Technical Sciences" of V. N. Karazin Kharkiv National University
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На виконання завдань перспективного плану розвитку наукового напряму «Технічні науки» Харківського національного університету імені В.Н.Каразіна на 2023 рік
Head
Tolstoluzka Olena H., Доктор технічних наук
Registration Date
08-01-2024
Organization
V.N. Karazin Kharkiv National University
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Development and experimental-statistical research of new effective algebraic methods and means of formation and digital processing of signals, algorithms of automatic radio control and radio monitoring, as well as prototypes of multifactor biometric systems for authentication of mobile service users.
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COMPUTER SYSTEMS AND COMPONENTS, METHODS AND MEANS FOR FAST AND RELIABLE PROCESSING OF INTEGER DATA, RELIABILITY OF COMPUTER SYSTEMS AND COMPONENTS, NON-POSITIONAL CODE STRUCTURE, NON-POSITIONAL NUMBER SYSTEM, SYSTEM OF RESIDUAL CLASSES.
The object of research is the processes of data processing in the system of residual classes represented in integer form. The subject of the research is methods and digital components (tools) of a computer system for fast processing of integer data represented in the system of residual classes. The purpose of the research is to increase the reliability of computer systems and components (CSC) operating in the residual class system (RCS) by developing the theoretical foundations for the development of machine computer arithmetic based on the use of the residual class system. The principles of system analysis, number theory, theory of computing processes and systems, and the theory of coding in the RCS were used as the basis for the research conducted in this article.
The results of the research are the development of the theory and practice of developing and implementing high-performance and reliable computer systems and components in the system of residual classes. Methods and algorithms for fast and reliable data processing presented in the residual classes system have been developed and improved.
To conduct experimental research and efficient modeling of digital computing devices (DCs), universal programmable polygons were created that allow modeling and research of DCs by loading configuration sequences into the FPGA chip.
Product Description
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Kolovanova Yevheniia P.
Strilets Victoriіa E.
Oliynykov Roman V.
Koshman Serhii О.
Skrynnik Volodymyr A.
Meniailov Yevhen S.
Krasnobayev Viktor A.
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2024-01-08
