2009Unpublished venueRequires access

An efficient end-to-end QoS algorithm using a new end-point admission control in DiffServ networks

Neda Moghim, S. Safavi, Masoud Reza Hashemi

Open publisher page 1 citations

Abstract

DiffServ is assumed as a scalable solution for service differentiation in the Internet. It applies differentiated behaviors on data packets for different quality levels on a per hop basis (PHB). However, it does not have any control on the traffic entering the network and the paths which are traversed by data packets. Therefore, if no complementary mechanism is used with DiffServ, the end-to-end service accuracy and scalability requirements will not be achieved jointly in a service environment.

About this research paper

What this paper is about

DiffServ is assumed as a scalable solution for service differentiation in the Internet. It applies differentiated behaviors on data packets for different quality levels on a per hop basis (PHB). However, it does not have any control on the traffic entering the network and the paths which are traversed by data packets. Therefore, if no complementary mechanism is used with DiffServ, the end-to-end service accuracy and scalability requirements will not be achieved jointly in a service environment.

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Available abstract

DiffServ is assumed as a scalable solution for service differentiation in the Internet. It applies differentiated behaviors on data packets for different quality levels on a per hop basis (PHB). However, it does not have any control on the traffic entering the network and the paths which are traversed by data packets. Therefore, if no complementary mechanism is used with DiffServ, the end-to-end service accuracy and scalability requirements will not be achieved jointly in a service environment.

Key concepts: Quality of service, Computer science, Scalability, Computer network, End-to-end principle, Differentiated services, Network packet, Admission control

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