[1] Yorkulov B.A., Azhmuhamedov I.M. Methodology for assessing the level of information security of the educational information system based on fuzzy classifier and hierarchy of damages // CASPIAN JOURNAL: Control and High Technologies, 2020, 4 (52)

[2] Azhmuhamedov I.M., Yorkulov B.A. Concept of Quality of Information Systems In International Legislative Acts // ISSN: 2350-0328 International Journal of Advanced Research in Science, Engineering and Technology (India), July 2020, Vol. 7, Issue 7. – pp. 14505-14510 URL: http://www.ijarset.com/upload/2020/july/35-byorkulov-37.pdf

[3] Azhmuhamedov I.M., Yorkulov B.A. Algorithm for Managing the Quality of Educational Information System // Proceedings of the 2nd International Scientific and Practical Conference on Digital Economy (ISCDE 2020) URL: https://www.atlantispress.com/article/125947835.pdf

[4] Azhmukhamedov, I.M. Methodology for modeling poorly formalized weakly structured sociotechnical systems / I. M. Azhmukhamedov, O. M. Protalinsky // Bulletin of ASTU. Ser. Management, computer technology and informatics. 2013. No. 1. P. 144–154.

[5] Azhmukhamedov, I.M. Information Security. System analysis and fuzzy cognitive modeling: monograph / I.M. Azhmukhamedov. Moscow: LAP LAMBERT Academic Publishing GmbH & Co. kg. Astrakhan, 2012. 385 p

[6] Glukhova, L.V. Methodology for assessing and managing the quality of functioning of information systems / L.V. Glukhova // Bulletin of the Kazan Technological University .- 2008 .- No. 4 .- P. 174-181.

[7] Eppler M., Wittig D. Conceptualizing information quality: A review of information quality frameworks from the last ten years. In: Proceedings of the 2000 Conference on Information Quality. Klein, B. D. & Rossin, D. F. (eds.); Boston: M.I.T. 2000, p. 83-91.

[8] Kuznetsov, O.P. Cognitive modeling of weakly structured situations: [Electronic resource] / O. P. Kuznetsov // Access mode: http://posp.raai.org/data/posp2005/Kuznetsov/kuznetsov.html

[9] Prieto-Diaz R. The Common Criteria Evaluation Process: Process Explanation, Shortcomings, and Research Opportunities. -Harrisonburg, Virginia: James Madison University, USA, December 2002. -56 p. -(Technical Report Series; CISC-TR-2002-03. Version 1.0.2/Commonwealth Information Security Center).

[10] Rao, P.P.B. Ranking generalized fuzzy numbers using area, mode, spreads and weight / P.P.B. Rao, N.R. Shankar // International Journal of Applied Science and Engineering. – 2012, № 10. – Vol. 1, P. 41–57.

[11] Pospelov, D. S. “Gray” and / or “black and white” [scales] / D. S. Pospelov / Applied Ergonomics. Specialist. Issue "Reflexive Processes". 1994. No. 1. S. 26–39

[12] Yarushkina N. G. Fuzzy hybrid systems. Theory and practice / N. G. Yarushkina. M. : Fizmatlit, 2007. 208 p.