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Professional Interest / Research Area
photoelectronic processes in photodetectors with single quantum registration, methods and techniques for recording superweak optical fluxes for information security systems
Education higher technical education
from January 21, 2019 to February 1, 2019, he improved his qualifications at the National Institute for Higher Education under the program «Technologies for the Development of Electronic Educational Resources» (certificate #3183275)
Professional activity
He began his career at BSUIR in 2014 as an assistant professor at the Department of Information Security
Academic activity
- «Ensuring Confidentiality of Information in Open Data Transmission Networks»
- «Design of Protection Systems for Objects of Informatization»
- «Organizational and Legal Support of Information Protection»
- «Information Security Basics»
- «Cryptographic Information Protection»
Main publications
1 Timofeev, A. M. Cryptographic Protection of Information: training manual /
A. M. Timofeev. - Minsk: BSUIR, 2020 . - 112 p.
2 Method of Achieving the Least Loss of Information in an Asynchronous Binary Single-Photon Communication Channel with a Receiver Based on a Photon Counter / À.Ì. Timofeev // Devices and Methods of Measurements. - 2020. - Vol. 11, no 1. - P. 70-81.
3 Information Transfer Rate of a Single Photon Communication Channel with a Receiver Module Based on a Photon Counter with a Dead Time of a Prolonged Type / À.Ì. Timofeev // Proceedings of BSTU. - 2019, no 2. - P. 79-86.
4 Estimation of the Effect of Dead Time of the Photon Counter on the Information Transfer Rate in a Single-Photon Communication Channel / À.Ì. Timofeev // Communication bulletin. - 2019, no 6. - P. 55-61.
5 The Influence of the Time of Single Photon Transmission of Information
on the Reliability of its Reception in a Quantum Cryptographic Communication Channel / À.Ì. Timofeev // System Analysis and Applied Information Science. - 2019, no 1. - P. 67-72.
6 The Reliability of the Received Information if it is Registered in the Single Photon Communication Channel Using the Photon Counter / À.Ì. Timofeev // Informatics. - 2019. - Vol. 16, no 2. - P. 90-98.
7 The Effect of Single Photon Transmission Time on the Probability
of Erroneous Registration of Asynchronous Data of Quantum Cryptographic Communication Channels / À.Ì. Timofeev // Transactions TSTU. - 2019. -
Vol. 25, no 1. - P. 36-46.
8 Investigation of Prolonged Dead Time of a Single-Photon Communication Channel with Encoding of Transmitted Information with an Optical
Pulse Duration / À.Ì. Timofeev // Current Issues of Science in the 21st century. - 2019, no 8. - P. 10-15.
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