Features of the Estimation of the Compromising Emanations Level of a Modern Electronic Computer Videotract

Authors

  • Viktoriia Perepadia Kharkiv National University of Radio Electronics, Ukraine
  • Volodymyr Zabolotnyj Kharkiv National University of Radio Electronics, Ukraine

DOI:

https://doi.org/10.30837/csitic52021231858

Keywords:

compromising emanations, technical protection of information, information leakage, analog signal, digital signal, distant zone, optimal receiver

Abstract

The paper shows the features of the estimation of the compromising emanations level of a modern electronic computer videotract. Particular attention is paid to describing the differences between analog and digital data transfer interface, as well as the structural characteristics of the respective signals. It is proved that there are no differences in the context of digital signal reception due to compromising emanations of the modern computer videotract by the optimal receiver of a technical intelligence device, which allows the application of appropriate techniques designed to receive an analog signal.

References

J. Jin, Theory and computation of electromagnetic fields. Hoboken: Wiley, 2015.

V.I. Perepadia, V.I. Zabolotnyj, “Analysis of protection of cable data transmission lines of a personal computer from compromising emanations,” unpublished.

V.I. Zabolotnyj, V.I. Perepadia. “Analytical Estimation Methodology of Compromising Emanations Level Using Monte-Carlo Method.“ Computer and information systems and technologies, pp.26-27, 2020.

Yu.V. Likov, O.A. Syagaeva. “Analysis of compromising emanations sources in modern computers.” Radiotehnika, no. 169, pp.196-207, 2012. (In Russian)

S. Alessio, Digital Signal Processing and Spectral Analysis for Scientists. Cham: Springer International Publishing, 2016.

L.S. Gutkin. “Theory of optimal radio reception methods with fluctuation interference.“ Russia: Moscow. 1972 pp. 33-48.

Published

2021-05-30

Issue

Section

RELIABILITY AND SAFETY ASSURANCE TECHNOLOGIES FOR COMPUTER AND INFORMATIONAL SYSTEMS