Network of Autonomous Units for the Complex Technological Objects Reliable Monitoring

Chemerys, O. and Bushma, Oleksandr and Lytvyn, Oksana and Belotserkovsky, A. and Lukashevich, P (2021) Network of Autonomous Units for the Complex Technological Objects Reliable Monitoring Колективна (три і більше авторів). Reliability Engineering and Computational Intelligence: monograph. Springer, Cham (ZG), Switzerland.

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Nowadays autonomous remote monitoring and control systems are required for the reliable operation of complex, especially distributed over large areas or inaccessible places, technological facilities and systems for various purposes (agriculture, urban studies, environmental protection, emergency natural and man-made situations, etc.), as well as for the operational technological or managerial decisions. To monitor the state of an object, as a rule, a distributed stationary system of sensors for various purposes is used. In this case, it is necessary to take into account the balance between functionality and cost of the system in each specific case. By functionality we mean not only a set of capabilities, but also energy consumption, which should be as low as possible for remote monitoring, performance, in particular, when processing camera images and transmitting data on the network, and protection from external interventions, both objective (technical obstacles), and malicious. The speed of the received data and its completeness remains a problem when using stationary systems. The solution may increase stationary points, but at the same time the network efficiency will decrease. Authors consider the relevant and perspective IIoT (Industrial Internet-of-Things) development concept—a scalable heterogeneous network consisting of fixed and mobile nodes for monitoring the state of complex distributed technological objects. Many issues must be solved comprehensively at designing and creating such a network. This is especially true for control systems, data transmission channels and data stream processing, their analysis, scalability, decision making. The paper describes a new concept for development of a multi-level architecture IoT network for monitoring the state of geographically distributed technological objects, consisting of a heterogeneous set of nodes (stationary and mobile units) equipped with various sensors and video cameras.

Item Type: Monograph (Колективна (три і більше авторів))
Uncontrolled Keywords: control systems; Internet of Things
Subjects: Це архівна тематика Київського університету імені Бориса Грінченка > Статті у наукометричних базах > Scopus
Divisions: Це архівні підрозділи Київського університету імені Бориса Грінченка > Кафедра комп'ютерних наук і математики
Depositing User: Оксана Степанівна Литвин
Date Deposited: 10 Sep 2021 06:58
Last Modified: 25 Nov 2021 14:52

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