Voice over IP, an engineering analysis

VoIP is a rapidly emerging Internet service. It is expected that by 2004 10% of all voice calls in North America will be VoIP calls. Performance metrics and measuring methodology need to be developed so that the performance of the service can be assessed. From the customer's perspective, the se...

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Main Author: Sundstrom, Karin Heather
Language:en_US
Published: 2007
Online Access:http://hdl.handle.net/1993/2364
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spelling ndltd-MANITOBA-oai-mspace.lib.umanitoba.ca-1993-23642014-01-31T03:31:16Z Voice over IP, an engineering analysis Sundstrom, Karin Heather VoIP is a rapidly emerging Internet service. It is expected that by 2004 10% of all voice calls in North America will be VoIP calls. Performance metrics and measuring methodology need to be developed so that the performance of the service can be assessed. From the customer's perspective, the service needs to be evaluated against the level of service achievable with conventional telephone networks. From a service providers' perspective, the performance of VoIP service needs to be evaluated for the purpose of network planning and eventually billing. This thesis studies the performance of VoIP systems. Metrics for measuring the performance of VoIP systems, drawn from a combination of conventional telephone system performance metrics and Internet performance metrics, are presented. Methodologies for measuring the performance of VoIP systems, as well as expected and measured VoIP performance measurements are also developed. Simulation is a useful tool for planning a network and gauging its performance. This thesis develops VoIP speaker activity models that can be used in a network simulator for these purposes. Based on the measured values of the VoIP performance metrics, it will be shown that the current Internet infrastructure is not able to deliver toll quality voice service. uture architectures that may enable toll quality voice on the Internet conclude this thesis. 2007-06-01T19:22:31Z 2007-06-01T19:22:31Z 1999-09-01T00:00:00Z http://hdl.handle.net/1993/2364 en_US
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language en_US
sources NDLTD
description VoIP is a rapidly emerging Internet service. It is expected that by 2004 10% of all voice calls in North America will be VoIP calls. Performance metrics and measuring methodology need to be developed so that the performance of the service can be assessed. From the customer's perspective, the service needs to be evaluated against the level of service achievable with conventional telephone networks. From a service providers' perspective, the performance of VoIP service needs to be evaluated for the purpose of network planning and eventually billing. This thesis studies the performance of VoIP systems. Metrics for measuring the performance of VoIP systems, drawn from a combination of conventional telephone system performance metrics and Internet performance metrics, are presented. Methodologies for measuring the performance of VoIP systems, as well as expected and measured VoIP performance measurements are also developed. Simulation is a useful tool for planning a network and gauging its performance. This thesis develops VoIP speaker activity models that can be used in a network simulator for these purposes. Based on the measured values of the VoIP performance metrics, it will be shown that the current Internet infrastructure is not able to deliver toll quality voice service. uture architectures that may enable toll quality voice on the Internet conclude this thesis.
author Sundstrom, Karin Heather
spellingShingle Sundstrom, Karin Heather
Voice over IP, an engineering analysis
author_facet Sundstrom, Karin Heather
author_sort Sundstrom, Karin Heather
title Voice over IP, an engineering analysis
title_short Voice over IP, an engineering analysis
title_full Voice over IP, an engineering analysis
title_fullStr Voice over IP, an engineering analysis
title_full_unstemmed Voice over IP, an engineering analysis
title_sort voice over ip, an engineering analysis
publishDate 2007
url http://hdl.handle.net/1993/2364
work_keys_str_mv AT sundstromkarinheather voiceoveripanengineeringanalysis
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