AUTHORS: Nugzar Kereselidze
Download as PDF
ABSTRACT: The paper deals with the system of Non-Permanent Information Warfare, in which the opposition of the antagonistic parties is due to a certain event. For it, both mathematical and computer models are constructed. The models take into account different scenarios for the development of the system after the occurrence of some event. On the basis of a computer experiment with various values of system parameters, a forecast is made of the further course of the Information Warfare. The question of the system’s controllability by the peacekeeping side and the definition of recommendations for the completion of the Information Warfare by third-party efforts are studied.
KEYWORDS: - System, Information Warfare, Information Attack, Mathematical Model, Computer Model, Computer experiment, Controllability
REFERENCES:
[1] Mikhailov A.P., Petrov A.P., Proncheva O.G., Marevtseva N.A. Mathematical Modeling of Information Warfare in a Society, Mediterranean Journal of Social Sciences, Rome-Italy, Vol. 6. No. 5 S2, 2015, pp. 27–35.
[2] Samarskiy A.A, Mikhailov A.P., Mathematical modelling: Ideas. Methods. Examples. 2nd ed. Correction. - M. FIZMATLIT. 2005.
[3] Chilachava T., Kereselidze N. Continuous Linear Mathematical Model of Preventive Information Warfare. Sokhumi State University Proceedings, Mathematics and Computer Sciences vol. 7. 2009, № 7. p. 113 – 141.
[4] Chilachava T., Kereselidze N. Non-preventive Continuous Linear Mathematical Model of Information Warfare. Sokhumi State University Proceedings, Mathematics and Computer Sciences vol. 7. 2009, № 7. p. 91 – 112..
[5] Chilachava T., Chakhvadze A. Continuous Nonlinear mathematical and computer model of information warfare with participation of interstate authoritative institutes. Georgian Electronic Scientific Journal: Computer Science and Telecommunications 2014| No. 4(44), p. 53 – 74.
[6] Mishra, B.K., Prajapati, A., Modelling and Simulation: Cyber war. Procedia Technology, vol. 10, 2013, Elsevier, Amsterdam, pp. 987- 997.
[7] Kereselidze N. Mathematical model of information warfare taking into account the capabilities of the information technologies of the opposing sides. (In Russian). Transactions II The International Technical Conference dedicated to the 90th anniversary of the Georgian Technical University 'Basic Paradigms in Science and Technology', 21st Century, Tbilisi, Georgia, September 19-21, 2012. Publishing House 'Technical University', Tbilisi, 2012, p. 188-190.
[8] Kereselidze N. Mathematical model of information confrontation taking into account the possibilities of Information Technologies of the parties. (In Russian). Proceedings of the XX International Conference Problems of Security Management of Complex Systems. Moscow, December 2012, pp. 175-178.
[9] Kereselidze N. Combined continuous nonlinear mathematical and computer models of the Information Warfare. International journal of circuits, systems and signal processing, Volume 12, 2018, pp. 220-228.
[10] Kereselidze N. The Generalized Discrete Model of The Information Warfare with Restriction and The Problem of its Controllability. (In Russia). Proceedings of the XXVI International Conference Problems of Security Management of Complex Systems. Moscow, December 2018, pp. 33-39
[11] Kereselidze N. Discrete Systems of Information Warfare and Optimal Control Problem. BULLETIN of TICMI. Vol. 23, No 23, 2019, In The Press.
[12] Kereselidze N. An Optimal Control Problem in Mathematical and Computer Models of the Information Warfare. Differential and Difference Equations with Applications : ICDDEA, Amadora, Portugal, May 2015, Selected Contributions. /Editors: Pinelas, S., Došlб, Z., Došlэ, O., Kloeden, P.E. (Eds.), Springer Proceedings in Mathematics & Statistics, 164, 2016, pp. 303-311.
[13] Kereselidze N. Chilker-type Mathematical and Computer Models in The Information Warfare. (in Russia). Journal Information warfare's. №2 (38). 2016, pp 18-25.
[14] Kereselidze N. Chilker type task for mathematical and computer model of information warfare of ignoring the enemy. Proceedings of the XXIV International Conference Problems of Security Management of Complex Systems. Moscow, December 2016, pp. 147-150.