▪ Information security risk assessment based on decomposition probability via bayesian network. In2020 International Symposium on Net-works, Computers and Communications (ISNCC): Trust, Security and Privacy (ISNCC-2020 TSP), Montreal, Canada, June 2020.
▪ Dashboard visualization techniques in information security. In2020International Symposium on Networks, Computers and Communications (ISNCC): Trust,Security and Privacy (ISNCC-2020 TSP), Montreal, Canada, June 2020.
▪ Ontology-based model for security assessment: Predicting cyberattacks through threat activity analysis. In Computer Science & Information Technology (CS & IT), volume 10, pages 61–78, Sydney, Australia, 2020
https://bit.ly/Ontology-2019▪ Determining the probability of cyberattacks. InEuropean Journal ofEngineering and Formal Sciences, volume 4, pages 46–63, Brussels, Belgium, 2020
http://bit.ly/Probability_of_Cyberattacks▪ Formalization of attack prediction problem. 2018 IEEE International Conference "Quality Management, Transport and Information Security, Information Technologies", Saint Petersburg, 2018
http://bit.ly/IEEE-Article-2018▪ The automation system for document circulation. Corporate Portal, Minsk, 2013
▪ The automation system for processing of Docs, Minsk, 2013
▪ Ensuring safety of electronic documents, Minsk, 2013
▪ Protection of On-Line / Off-Line Business Processes in the Internet-Shop, Minsk, 2012
▪ Unregulated Source of Secondary Power Supply with Visual Alert, Minsk, 2011
▪ Check-Led Node for Power Supply Indication, Minsk, 2011
▪ Determining the Status of the Investigated Medium by Using Dielectric Hysteresis, Minsk, 2010
▪ Authentication System with Zero Information Transmission, Minsk, 2010
▪ Development of Training Program in Oscillation Summation, Minsk, 2009
▪ Information Protection by means of directory emulation, Minsk, 2009
▪ Perspective materials for solid-state sources (light-emitting diodes) in the near ultraviolet region of the spectrum, Minsk, 2009
▪ The hysteretic analysis of the vibrostability of products of mechanical engineering, Minsk, 2009
▪ Training computer model «Addition mutually perpendicular of oscillations», Minsk, 2009
▪ Virtual and a physical: experiment "addition mutually perpendicular of oscillations», Minsk, 2009
▪ Development of a method determining the transfer characteristics liquid crystal displays on the basis of dielectric hysteresis, Minsk, 2008
▪ The dielectric hysteresis of: lecture demonstrations and practical application of, Minsk, 2008
▪ Development of a method determining the transfer characteristics LCDscreens, Minsk, in 2008
▪ Practical application of dielectric hysteresis, Minsk, in 2008
▪ Development of a method of definition
characteristics of lcd-screens on the basis of Lissajous figures, Minsk, 2007