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Professional interests/researches
Fast Walsh transform algorithms, digital circuitry, microprocessors, computer networks, cryptography.
Education
1. Belarusian State University of Informatics and Radioelectronics, master's degree, specialty nanotechnology and nanomaterials (in electronics)
2. Republican Institute of Professional Education, specialty pedagogical activity of specialists
3. Higher College of Communications (Belarusian State Academy of Communications), specialty economics and enterprise management
4. Minsk Electrical Engineering School of Communications, specialty control electronic telecommunication systems
5. Cisco Networking Academy. Certificate of Course Completion. ÑÑNÀ Discovery: Introducing Routing and Swiching in the Enterprise.
6. Cisco Networking Academy. Certificate of Course Completion. ÑÑNÀ Discovery: Working at a Small-to-Medium Business or ISP.
7. Cisco Networking Academy. Certificate of Course Completion. ÑÑNÀ Discovery: Networking for Home and Small Businesses.
8. Cisco Networking Academy. Certificate of Course Completion. ÑÑNÀ Discovery: Designing and Supporting Computer Networks.
9. EPAM Training Center Certificate Test Automation
10. CENTER OF INTERNATIONAL RELATIONS OF THE MINISTRY OF EDUCATION OF THE REPUBLIC OF BELARUS. NON PROFIT COMPANY FOR INTERNATIONAL ADVANCED TRAINING "GIFW"(GERMANY). Certificate "Peculiarities of training IT-specialists in the context of a global marketplace of information technologies on the example of Estonia and Latvia"
Working career.
Senior Lecturer of the Department of Information Radio Technologies Belarusian State University of Informatics and Radioelectronics, academic degree master of technical sciences master's thesis topic « Fast conversion of correction codes used in micro- and nanoelectronic devices»
In the course of the master's work, all ordering systems are considered, the relationship between M-codes and Walsh functions in various ordering systems is shown. As a result of the work, a method for extracting algorithms for fast spectral transformations in the Walsh basis for various ordering systems was developed, based on the representation of the elements of the Walsh matrices in exponential or exponential form. On the basis of this method, two variants of the fast Walsh transform algorithms in the Walsh-Paley ordering system are obtained, which are referred to as "remarkable" algorithms. These fast Walsh transform algorithms have symmetry properties; their graph for any dimension can be easily obtained. The fast Walsh transform graph has all the same iterations, which gives a definite advantage when performing calculations of the instantaneous Walsh spectrum.
Taught academic subjects
"FUNCTIONAL DEVICES OF RADIO SYSTEMS" - 360 hours
"ELECTRONIC DEVICES OF SECURITY SYSTEMS" - 100 hours
"SCHEME ENGINEERING OF DIGITAL DEVICES" - 264 hours
"INTRODUCTION TO RADIO ELECTRONICS" - 112 hours
"CIRCUIT ENGINEERING OF ELECTRONIC DEVICES"- 180 hours
"EMBEDDED SYSTEMS"- 234 hours
Main publications
1. REPORT ON SCIENTIFIC RESEARCH WORK DEVELOPMENT OF SCIENTIFIC BASIS, PRINCIPLES OF FORMATION AND PROCESSING OF SIGNALS IN RADIO TECHNICAL SYSTEMS OF NEW GENERATIONS OPERATING IN CONDITIONS OF DYME-20-20 SIGNALS NO.
2. "Functional devices of radio systems: teaching aid for laboratory and practical training." Intended for specialties: 1-39 01 02 "Radio electronic systems", 1-39 01 04 "Electronic information security" - Minsk: BSUIR, 2020. -219 p .: ill. 28
3. Features of technical diagnostics of radio electronic equipment XXV International Scientific and Technical Conference "Modern Communication Means"
October 22-23, 2020 Belarusian State Academy of Telecommunications
Republic of Belarus, Minsk
4. EXTRACTING FAST DECODING ALGORITHMS FOR LOW SPEED CODES 56th scientific conference of postgraduates, undergraduates and students of BSUIR 2020
5. INTERFERENCE DATA TRANSMISSION CHANNEL FOR COMMERCIAL ORGANIZATIONS Materials of the XVIII STC "Technical means of information protection" Belarusian State University of Informatics and RadioElectronics
R&D Department
Laboratory of Materials and Elements for Electronics, 2020
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