2005International Conference on Electronics, Hardware, Wireless and Optical CommunicationsRequires access

Packet delay evaluation using M/G/WFQ model

B. Dekeris, Lina Narbutaitė, Tomas Adomkus

Open publisher page 7 citations

Abstract

An actual problem is how to evaluate the quality of IP network. Differentiated Services is a promising architecture for the next generation Internet due to its highly flexible, scalable and interoperable design. In Differentiated Services, scheduling disciplines play an important role in achieving service differentiation. In this paper two queuing models are pending: M/G/WFQ and M/G/1/p3. Thus we are considering, which model can better support quality of services with the lowest difference of delay between data packets.

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What this paper is about

An actual problem is how to evaluate the quality of IP network. Differentiated Services is a promising architecture for the next generation Internet due to its highly flexible, scalable and interoperable design. In Differentiated Services, scheduling disciplines play an important role in achieving service differentiation. In this paper two queuing models are pending: M/G/WFQ and M/G/1/p3. Thus we are considering, which model can better support quality of services with the lowest difference of delay between data packets.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

An actual problem is how to evaluate the quality of IP network. Differentiated Services is a promising architecture for the next generation Internet due to its highly flexible, scalable and interoperable design. In Differentiated Services, scheduling disciplines play an important role in achieving service differentiation. In this paper two queuing models are pending: M/G/WFQ and M/G/1/p3. Thus we are considering, which model can better support quality of services with the lowest difference of delay between data packets.

Key concepts: Weighted fair queueing, Differentiated services, Computer science, Computer network, Quality of service, Scalability, Network packet, Interoperability

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