MODELS AND METHODS OF WIRELESS DECENTRALIZED NETWORKS FOR ENERGY MONITORING OF CRITICAL INFRASTRUCTURE FACILITIES
Authors: Yuliia Kovaleva, Tetiana Babenko, Vira Ignisca
Affiliation: 1-4 Faculty of Information Technology, Taras Shevchenko National University of Kyiv, Ukraine
Keywords: information security auditor, personnel evaluation, critical infrastructure facilities, Rush model, Binary selection with logistic function, artificial neural networks.
ABSTRACT. In this article, we describe the many models describing the dependence of power consumption on the operating modes of 802.15.4 / ZigBee devices at the MAC and NWK levels of the specification, it is not so much of practical interest to develop a realistic analytical model for predicting the lifetime of a system in IEEE 802.15.4 networks, taking into account the possible external impact on network, how much is the implementation of a new approach to building a reliable, fault-tolerant self-regulating autonomous decentralized network P2P architecture.
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