METHOD FOR DETERMININGPARAMETERS FOR EVALUATIONDATA INTERMEDIATE NODES FOR ROUTING IN HIERARCHICALNETWORKS WITH DIFFERENT TOPOLOGIES

The method for estimating an intermediate node in networks with different topologies for routing problem and the method of estimation used communication channel are proposed in the article. The solution is based on the use of methods to assess the conditions of non-standard network protocols. Applie...

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Main Authors: Aleksandr V. Grachev, Tamara V. Kiseleva, Roman S. Koynov, Alexey S. Dobrynin
Format: Article
Language:Russian
Published: Plekhanov Russian University of Economics 2016-08-01
Series:Статистика и экономика
Subjects:
Online Access:https://statecon.rea.ru/jour/article/view/804
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author Aleksandr V. Grachev
Tamara V. Kiseleva
Roman S. Koynov
Alexey S. Dobrynin
author_facet Aleksandr V. Grachev
Tamara V. Kiseleva
Roman S. Koynov
Alexey S. Dobrynin
author_sort Aleksandr V. Grachev
collection DOAJ
description The method for estimating an intermediate node in networks with different topologies for routing problem and the method of estimation used communication channel are proposed in the article. The solution is based on the use of methods to assess the conditions of non-standard network protocols. Applies a number of criteria, covering the parameters describing the network in a limited presence of the administrator, as well as the history of use segment. In a decentralized network management estimation problem is to separate the control node in real time, and, ultimately, in the sequencing work network segment. This allows you to create a stable adapted route, taking into account the characteristics of each of its constituent units. Properties nodes may be adapted in numerical terms, responsible for load assembly, stability, bandwidth. This applies both to computer networks, and for managing networks. The results of the method are comprehensive assessment, which results in the treatment of accumulated statistics for making assessment of the route based on the task at hand. The concept of «problem» takes into account the type of data, and the conditions needed to make the best use of the channel for the problem of transmission of each data type.
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spelling doaj.art-6027cbe42f5f4dc8970490c49af033142023-09-03T09:26:47ZrusPlekhanov Russian University of EconomicsСтатистика и экономика2500-39252016-08-010417017310.21686/2500-3925-2015-4-170-173803METHOD FOR DETERMININGPARAMETERS FOR EVALUATIONDATA INTERMEDIATE NODES FOR ROUTING IN HIERARCHICALNETWORKS WITH DIFFERENT TOPOLOGIESAleksandr V. Grachev0Tamara V. Kiseleva1Roman S. Koynov2Alexey S. Dobrynin3Сибирский государственный индустриальный университет (СибГИУ)Сибирский государственный индустриальный университет (СибГИУ)Сибирский государственный индустриальный университет (СибГИУ)Сибирский государственный индустриальный университет (СибГИУ)The method for estimating an intermediate node in networks with different topologies for routing problem and the method of estimation used communication channel are proposed in the article. The solution is based on the use of methods to assess the conditions of non-standard network protocols. Applies a number of criteria, covering the parameters describing the network in a limited presence of the administrator, as well as the history of use segment. In a decentralized network management estimation problem is to separate the control node in real time, and, ultimately, in the sequencing work network segment. This allows you to create a stable adapted route, taking into account the characteristics of each of its constituent units. Properties nodes may be adapted in numerical terms, responsible for load assembly, stability, bandwidth. This applies both to computer networks, and for managing networks. The results of the method are comprehensive assessment, which results in the treatment of accumulated statistics for making assessment of the route based on the task at hand. The concept of «problem» takes into account the type of data, and the conditions needed to make the best use of the channel for the problem of transmission of each data type.https://statecon.rea.ru/jour/article/view/804сети связиузлы связимаршрутизациятопология сетипередача данныхnetworkcommunication nodesroutingnetwork topologydata transmission
spellingShingle Aleksandr V. Grachev
Tamara V. Kiseleva
Roman S. Koynov
Alexey S. Dobrynin
METHOD FOR DETERMININGPARAMETERS FOR EVALUATIONDATA INTERMEDIATE NODES FOR ROUTING IN HIERARCHICALNETWORKS WITH DIFFERENT TOPOLOGIES
Статистика и экономика
сети связи
узлы связи
маршрутизация
топология сети
передача данных
network
communication nodes
routing
network topology
data transmission
title METHOD FOR DETERMININGPARAMETERS FOR EVALUATIONDATA INTERMEDIATE NODES FOR ROUTING IN HIERARCHICALNETWORKS WITH DIFFERENT TOPOLOGIES
title_full METHOD FOR DETERMININGPARAMETERS FOR EVALUATIONDATA INTERMEDIATE NODES FOR ROUTING IN HIERARCHICALNETWORKS WITH DIFFERENT TOPOLOGIES
title_fullStr METHOD FOR DETERMININGPARAMETERS FOR EVALUATIONDATA INTERMEDIATE NODES FOR ROUTING IN HIERARCHICALNETWORKS WITH DIFFERENT TOPOLOGIES
title_full_unstemmed METHOD FOR DETERMININGPARAMETERS FOR EVALUATIONDATA INTERMEDIATE NODES FOR ROUTING IN HIERARCHICALNETWORKS WITH DIFFERENT TOPOLOGIES
title_short METHOD FOR DETERMININGPARAMETERS FOR EVALUATIONDATA INTERMEDIATE NODES FOR ROUTING IN HIERARCHICALNETWORKS WITH DIFFERENT TOPOLOGIES
title_sort method for determiningparameters for evaluationdata intermediate nodes for routing in hierarchicalnetworks with different topologies
topic сети связи
узлы связи
маршрутизация
топология сети
передача данных
network
communication nodes
routing
network topology
data transmission
url https://statecon.rea.ru/jour/article/view/804
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AT tamaravkiseleva methodfordeterminingparametersforevaluationdataintermediatenodesforroutinginhierarchicalnetworkswithdifferenttopologies
AT romanskoynov methodfordeterminingparametersforevaluationdataintermediatenodesforroutinginhierarchicalnetworkswithdifferenttopologies
AT alexeysdobrynin methodfordeterminingparametersforevaluationdataintermediatenodesforroutinginhierarchicalnetworkswithdifferenttopologies