Content delivery has undergone a sea of changes in recent years. While even only ten years back the major delivery channels were television and radio broadcast, nowadays content is delivered digitally via the Internet or other electronic delivery channels. The engineering problem of delivering multimedia content through the Internet has received much attention by the research community. However, the delivery of content to heterogeneous mobile terminals in a community context still poses many problems. Early Internet based content delivery systems were designed as centralized systems where content is provided from a central server to a large population of the end users. This trend is now shifting towards decentralized systems, such as Peer-to-Peer (P2P) systems, in which the role of the content provider and producer is no longer restricted to a few professional content creators. Thus, the content delivery paths is not anymore only from a central server through backbone networks to the end users, but also from one end user to other end user(s). The European Network-of-Excellence CONTENT studies future developments in this area with a specific focus on the resulting research challenges related to content delivery for and within community networks. Here, the end users not only consume content but also produce it and provide core elements of the network infrastructure, i.e. the physical community network. This chapter first gives background information on community networks, including a simple architectural framework and related work. The description of industrial challenges and long term research challenges follows this architectural framework. In the conclusions, the most important aspects of content delivery and content service for community networks are summarized.

Infrastructures for community networks / T., Plagemann; Canonico, Roberto; J., Domingo Pascual; C., Guerrero; A., Mauthe. - STAMPA. - Lecture Notes in Electrical Engineering Volume 9:(2008), pp. 367-388. [10.1007/978-3-540-77887-5_15]

Infrastructures for community networks

CANONICO, ROBERTO;
2008

Abstract

Content delivery has undergone a sea of changes in recent years. While even only ten years back the major delivery channels were television and radio broadcast, nowadays content is delivered digitally via the Internet or other electronic delivery channels. The engineering problem of delivering multimedia content through the Internet has received much attention by the research community. However, the delivery of content to heterogeneous mobile terminals in a community context still poses many problems. Early Internet based content delivery systems were designed as centralized systems where content is provided from a central server to a large population of the end users. This trend is now shifting towards decentralized systems, such as Peer-to-Peer (P2P) systems, in which the role of the content provider and producer is no longer restricted to a few professional content creators. Thus, the content delivery paths is not anymore only from a central server through backbone networks to the end users, but also from one end user to other end user(s). The European Network-of-Excellence CONTENT studies future developments in this area with a specific focus on the resulting research challenges related to content delivery for and within community networks. Here, the end users not only consume content but also produce it and provide core elements of the network infrastructure, i.e. the physical community network. This chapter first gives background information on community networks, including a simple architectural framework and related work. The description of industrial challenges and long term research challenges follows this architectural framework. In the conclusions, the most important aspects of content delivery and content service for community networks are summarized.
2008
9783540778868
9783540778875
Infrastructures for community networks / T., Plagemann; Canonico, Roberto; J., Domingo Pascual; C., Guerrero; A., Mauthe. - STAMPA. - Lecture Notes in Electrical Engineering Volume 9:(2008), pp. 367-388. [10.1007/978-3-540-77887-5_15]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/326530
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