Conference proceedings article

Conceptual Architecture for QoS in Heterogeneous Network

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Publication Details

Author list: Popov, Oliver;Popova, Iskra;Rahmani, Rahim

Publisher: CARNet and Ministry of Science

Place: Zagreb

Publication year: 2002

ISBN: 953-6802-06-6


Abstract

The proliferation of wireless and mobile computing and networking that creates the bases for global nomadicity, which is the ability to communicate from everywhere to anywhere by everyone, has experienced exponential growth. The advent of mobile-centric and wireless devices and the need to preserve and apply the ubiquitous Internet technology, which was originally conceived when mobility was not an issue, has posited the need to create augmented and modified models of communication that attempt to preserve the semantic integrity and transparency independent of the underlying communication infrastructure. Moreover, the number, the power and the richness of the applications developed for mobile and wireless products include multimedia capabilities whose proper execution depends on the essential network attributes such as bandwidth, delay and reliability. These attributes are also the components of the Quality of Service (QoS). Some of the problems in a heterogeneous wireless networks that either directly or indirectly influence the QoS are well known. These include but are not limited to reliable transport services, where reliability due to the infrastructure might prove to be liability rather then an asset, then asymmetrical nature of the traffic, and finally the problem of handoffs. These problems have been one of the principal areas of research in communication networks in the last several years. In the paper, that is a report on an ongoing research, we propose an architecture that addresses the problems of the Internet technology deployment in wireless heterogeneous networks through a unified conceptual model. The diversity of this model and the basic architectural components, once sufficiently explored and well defined, should enable to achieve a desirable QoS for 4G networking.


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