Context-Aware Service Provisioning in Next-Generation Networks

Author(s):  
Vedran Podobnik ◽  
Krunoslav Trzec ◽  
Gordan Jezic

This paper presents an application of multi-agent system in ubiquitous computing scenarios characteristic of next-generation networks. Next-generation networks will create environments populated with a vast number of consumers, which will possess diverse types of context-aware devices. In such environments the consumer should be able to access all the available services anytime, from any place, and by using any of its communication-enabled devices. Consequently, next-generation networks will require efficient mechanisms which can match consumers’ demands (requested services) to network-operators’ supplies (available services). The authors propose an agent approach for enabling autonomous coordination between all the entities across the telecom value chain, thus enabling automated context-aware service provisioning for the consumers. Furthermore, the authors hope that the proposed service discovery model will not only be interesting from a scientific point of view, but also amenable to real-world applications.

Author(s):  
Róbert Horváth ◽  
Gábor Kovács ◽  
Zoltán Pap

This chapter focuses on Next Generation Networks (NGN), how protocols employed in different segments of the telecommunication infrastructure interwork to guarantee the quality for different service types. After the interpretation of the definition and concept of NGN, the general architecture of NGN is presented with regard to the heterogeneous demands of services. The protocols used in different sections of the end-to-end communication relation are introduced from the point of view of service and transport functions of NGN. The main focus of the chapter is on the fixed access solutions and Ethernet based multi-service access and regional networks, but configuration and streaming protocols are covered as well.


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