Modeling Information Security Infringements in Mobile Self Organizing Network of Communication Using Fuzzy Logic and Theory of Graphs
Nikolay Stepanovich Khokhlov, Sergey Vladimirovich Kanavin, Andrey Rybokitov · 2019 1st International Conference on Control Systems, Mathematical Modelling, Automation and Energy Efficiency (SUMMA) · 2019
Currently, when building a wireless communication network in emergency or field conditions, the rapid deployment of a communication network, its reliability is required. In the speed of deployment and scaling of communication networks, self-organizing networks are one of the best at the moment, this is due to the lack of central communication centers and the ability to build a communication network, only using portable devices, when connecting new communication nodes, the nearest nodes are notified about this which, like all nodes in the network, are also repeaters. The security issue in such networks is quite important, it is difficult to take into account all the options for an attacker to attack the network, because it is not known where the network will be deployed and it is difficult to predict all environmental conditions [1]. To assess the risk of information security breach in the face of inaccurate initial data, an example of using a fuzzy logic apparatus will be considered. Then, to compare the results, an example of calculating the risk of violation of information security using graph theory will be given. The calculation of the risk of information security breach is carried out using several mathematical apparatuses, to compare the results and select the mathematical apparatus for use in further studies.