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Assessing the Accuracy of Performance Modelling in Software Defined Networks
thesis
posted on 2021-11-22, 20:07 authored by Ansell, JordanAnalytical modelling and experimental measurement can are used to evaluate the performance of a network. Models provide insight and measurement provides realism. For software defined networks (SDN) it is unknown how well the existing queueing models represent the performance of a real SDN network. This leads to uncertainty between what can be predicted and the actual behaviour of a software defined network. This work investigates the accuracy of software defined network queueing models. This is done through comparing the performance results of analytical models to experimental performance results. The outcome of this is an understanding of how reliable the existing queueing models are and areas where the queueing models can be improved.
History
Copyright Date
2017-01-01Date of Award
2017-01-01Publisher
Te Herenga Waka—Victoria University of WellingtonRights License
Author Retains CopyrightDegree Discipline
Statistics and Operations ResearchDegree Grantor
Te Herenga Waka—Victoria University of WellingtonDegree Level
MastersDegree Name
Master of EngineeringANZSRC Type Of Activity code
3 APPLIED RESEARCHVictoria University of Wellington Item Type
Awarded Research Masters ThesisLanguage
en_NZVictoria University of Wellington School
School of Engineering and Computer ScienceAdvisors
Seah, WinstonUsage metrics
Keywords
SDNQueueing TheoryPerformanceAnalysisMeasurementNetworksSoftware defined networksSchool: School of Engineering and Computer Science100503 Computer Communications Networks010206 Operations Research970109 Expanding Knowledge in EngineeringDegree Discipline: Network EngineeringDegree Discipline: Statistics and Operations ResearchDegree Level: MastersDegree Name: Master of EngineeringOperations ResearchComputer Communications Networks
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