Communication network reliability and availability estimation by the simulation method

The paper gives an estimation of two-terminal availability for a complex communication network (up to 50 nodes and 150 links) by a software package developed by the authors and based on the Monte Carlo simulation method and Weibull distribution. Reliability can be estimated as well. The software pac...

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Main Authors: Slavko J. Pokorni, Dušan Đ. Ostojić, Dragoljub M. Brkić
Format: Article
Language:English
Published: University of Defence in Belgrade 2011-10-01
Series:Vojnotehnički Glasnik
Subjects:
Online Access:http://scindeks.ceon.rs/article.aspx?artid=0042-84691104007P
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author Slavko J. Pokorni
Dušan Đ. Ostojić
Dragoljub M. Brkić
author_facet Slavko J. Pokorni
Dušan Đ. Ostojić
Dragoljub M. Brkić
author_sort Slavko J. Pokorni
collection DOAJ
description The paper gives an estimation of two-terminal availability for a complex communication network (up to 50 nodes and 150 links) by a software package developed by the authors and based on the Monte Carlo simulation method and Weibull distribution. Reliability can be estimated as well. The software package is written in VISUAL BASIC 6.0 programming language on an MSI laptop with the Windows XP Professional operating system. The program execution time with over 500000 iterations is a few seconds (without graphical display). The Weibull distribution function, used for availability estimation, can be applied for electronic, electromechanical and mechanical components as well as with different failure rates.
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spelling doaj.art-f9b92e70a7584330a3f00ed603e329ff2022-12-21T21:32:14ZengUniversity of Defence in BelgradeVojnotehnički Glasnik0042-84692217-47532011-10-01594714doi:10.5937/vojtehg1104007PCommunication network reliability and availability estimation by the simulation methodSlavko J. Pokorni0Dušan Đ. Ostojić 1Dragoljub M. Brkić2Information Technology School, BelgradeArmed Forces of Serbia, Technical Testing Center, BelgradeArmed Forces of Serbia, Technical Testing Center, BelgradeThe paper gives an estimation of two-terminal availability for a complex communication network (up to 50 nodes and 150 links) by a software package developed by the authors and based on the Monte Carlo simulation method and Weibull distribution. Reliability can be estimated as well. The software package is written in VISUAL BASIC 6.0 programming language on an MSI laptop with the Windows XP Professional operating system. The program execution time with over 500000 iterations is a few seconds (without graphical display). The Weibull distribution function, used for availability estimation, can be applied for electronic, electromechanical and mechanical components as well as with different failure rates.http://scindeks.ceon.rs/article.aspx?artid=0042-84691104007PMonte Carlo methodreliabilityavailabilitysimulationcommunication network
spellingShingle Slavko J. Pokorni
Dušan Đ. Ostojić
Dragoljub M. Brkić
Communication network reliability and availability estimation by the simulation method
Vojnotehnički Glasnik
Monte Carlo method
reliability
availability
simulation
communication network
title Communication network reliability and availability estimation by the simulation method
title_full Communication network reliability and availability estimation by the simulation method
title_fullStr Communication network reliability and availability estimation by the simulation method
title_full_unstemmed Communication network reliability and availability estimation by the simulation method
title_short Communication network reliability and availability estimation by the simulation method
title_sort communication network reliability and availability estimation by the simulation method
topic Monte Carlo method
reliability
availability
simulation
communication network
url http://scindeks.ceon.rs/article.aspx?artid=0042-84691104007P
work_keys_str_mv AT slavkojpokorni communicationnetworkreliabilityandavailabilityestimationbythesimulationmethod
AT dusanđostojic communicationnetworkreliabilityandavailabilityestimationbythesimulationmethod
AT dragoljubmbrkic communicationnetworkreliabilityandavailabilityestimationbythesimulationmethod