Models for Analysis and Prognostication of the Indicators of the Distributed Computer Systems’ Characteristics

Mukhin, Vadym; Loutskii, Heorhii; Барабаш, Олег; Kornaga, Yaroslav; Steshyn, Viktor

doi:10.15866/irecos.v10i12.8023

Cited by 14 publications

(7 citation statements)

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“…According to [42,43], the flexibility of a network information system can be explained as adaptability, evolution and reusability.…”

Section: Discussionmentioning

confidence: 99%

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Protecting Hybrid Information Transmission Network from Natural and Anthropogenic Hazards

Mukhin¹,

Anakhov²,

Zhebka³

et al. 2022

IJCNIS

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A hybrid network, which consists of the sections of communication lines with the transmission of signals of different physical nature on different transmission media, has been considered. Communication lines respond differently to threats, which allows to choose the line with the best performance for the transmission of information. The causal diagram of events that determine the state of the information transmission network, such as changes in emergency/accident-free time intervals, has been presented. The application scheme of the protection measures against dangerous events has been shown. To verify the measures, a matrix of their compliance with typical natural disasters has been developed and relevant examples have been given. It is suggested to evaluate the flexibility of the telecommunication network by its connectivity, characterized by the numbers of vertex and edge connectivity, the probability of connectivity. The presented scheme of the device for multi-channel information transmission in a hybrid network allows the choice for the transmission of information to the channel with the best performance. Using this device is the essence of the suggestion about increasing the flexibility of the network.

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“…According to [42,43], the flexibility of a network information system can be explained as adaptability, evolution and reusability.…”

Section: Discussionmentioning

confidence: 99%

“…-reconfiguration of the telecommunication hardware outfit [4]; -adherence to the condition of spatial separation of the main and backup communication lines [16,21,42]; -adherence to the condition of separation of the main and backup communication lines by the nature of the transmitted signal [16,21,42] Fig. 3.…”

Section: A43mentioning

confidence: 99%

Protecting Hybrid Information Transmission Network from Natural and Anthropogenic Hazards

Mukhin¹,

Anakhov²,

Zhebka³

et al. 2022

IJCNIS

Self Cite

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“…Using catastrophe theory can provide background information as topological map changes characteristic points and areas studied physical processes [19]. Unlike classical methods of mathematical analysis [20,21], which allows you to explore a smooth continuous processes, catastrophe theory is a versatile research tool intermittent transitions, breaks, sudden qualitative changes in the behavior of the system.…”

Section: Main Partmentioning

confidence: 99%

Optimization of Parameters at SDN Technologie Networks

Барабаш¹,

Kravchenko²,

Mukhin³

et al. 2017

IJISA

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Abstract-A concept software-defined network is considered. Architecture of software-defined network is analyzed which, differently from traditional, foresee the separation of C-plane from a plane communication of data. The method of multicriterion optimization of multilevel networks is examined with determination of resulting objective function, which allows to carry out the synthesis of control system software-defined network (SDN) in the conditions of unforeseen changes of structure of the system.

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“…The key positions of the theory of test diagnostics were developed in the works O.V. Barabash [5,6] and others. However, it is obvious dependence of models and methods of the theory of test diagnosis from the subject area of application.…”

mentioning

confidence: 99%

Diagnostic model of wireless sensor network based on the random test of checks

Барабаш¹,

Лукова-Чуйко²,

Musienko³

et al. 2018

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Introduction. Wireless sensor networks are increasingly penetrating every year in all industries and fields of activity. Currently, they are widely used not only for data collection and processing and management of industrial sites but also in normal life as Internet of Things [1]. Wireless sensor network has ceased to be the only object of research and becomes a mass product that is produced by many manufacturers.Existing and projected wireless sensor networks are different as areas of application, as technical solutions used to [2]. Nonetheless, it is identify the main characteristics that are typical of most wireless systems. Typical wireless sensor network consists of a large number of simple devices or nodes to gather information, some more complex devices -coordinators for information processing and network control and data channels. Each node performs periodic measurements, primary processing of information and transfer these data to the coordinator. In the coordinate data is processed and stored, and if necessary, transferred to a higher level or to another system. Nodes can transmit measured information not only directly to the coordinator but, if necessary, through other intermediate nodes. Typical scenarios of using wireless sensor networks impose certain restrictions on the structure and operation of the nodes. In particular, the nodes should be smallsized, cheap enough and have a very long battery life. Consequently, the nodes have energy and computational limitations that should be considered by the designing networks. Coordinators perform functions other than nodes and, for this reason, often have more powerful processors, more memory and better sources of independent power. It should be noted, that the specific network provides data transmission from the node to the coordinator through one or more intermediate nodes. At the same time, there are important technical condition monitoring and timely recovery of individual sensor network nodes.

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Models for Analysis and Prognostication of the Indicators of the Distributed Computer Systems’ Characteristics

Cited by 14 publications

References 0 publications

Protecting Hybrid Information Transmission Network from Natural and Anthropogenic Hazards

Protecting Hybrid Information Transmission Network from Natural and Anthropogenic Hazards

Optimization of Parameters at SDN Technologie Networks

Diagnostic model of wireless sensor network based on the random test of checks

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