The Internet of the Future

th Ten years ago, the 5 edition of the EUNICE Summer School took place in Barcelona with the motto Broadband for all. This year, with the broadband promise already ful?lled in the city, the international workshop returned to th Barcelona in its 15 edition and focused on a polyhedrical approach to the Internet of the future. The Internet is shaping the twenty-?rst century information society. It has deeply transformed the way we learn, work and interact. All kinds of insti- tions, from universities to businesses, have been shaken by the wave of digital innovation.Leisureandsocialnetworksalsohavetheirplaceinthevirtualworld, and the younger generations cannot imagine a time when they could not be in permanent contact with friends around the globe, interchanging messages and multimedia content. The challengeof classifying,ranking andinterpreting the massive amounts of information that are being generated is breathtaking. Furthermore, the Internet is moving beyond the computer to reach mobile phones, smart gadgets and s- sor networks. The pervasiveness of the Internet fundamentally changed existing business models, and the business models themselves are driving the evolution of the Internet. In this scenario of relentless change, our aim is to foresee and design the networks and applications of the future.

Klappentext

This volume presents carefully revised texts of selected lectures given at the 15th EUNICE Open European Summer School and the proceedings of the conjoint IFIP TC6.6 Workshop on Dependable and Adaptable Networks and Services, EUNICE 2009, held at Barcelona, Spain, in September 2009.

The 23 revised full papers together with 11 posters presented were carefully reviewed and selected from 60 submissions. The papers are organized in topical sections on traffic engineering for the internet, P2P and multimedia, advanced applications for next generation networks, future internet architectures and models, pervasive wireless networks and protocols, innovative algorithms for network-related problems, disruptive technologies for future services and traffic analysis.

Inhalt
Technical Session 1: Traffic Engineering for the Internet.- Quantifying the Uncertainty in Measurements for MBAC.- Ring Flushing for Reduced Overload in Spanning Tree Protocol Controlled Ethernet Networks.- A Distributed Exact Solution to Compute Inter-domain Multi-constrained Paths.- Technical Session 2: P2P and Multimedia.- Classification of P2P and HTTP Using Specific Protocol Characteristics.- Network Awareness in P2P-TV Applications.- Enhancing Progressive Encryption for Scalable Video Streams.- Technical Session 3: Advanced Applications for Next Generation Networks.- Characterizing User Groups in Online Social Networks.- Route Prediction on Tracking Data to Location-Based Services.- Context Aware Programmable Trackers for the Next Generation Internet.- Technical Session 4: Future Internet Architectures and Models.- The Metalist Model: A Simple and Extensible Information Model for the Future Internet.- On Designing for Tussle: Future Internet in Retrospect.- NIT: A New Internet Topology Generator.- Technical Session 5: Pervasive Wireless Networks and Protocols.- Resource Allocation in MIMO-OFDMA Wireless Systems Based on Linearly Precoded Orthogonal Space-Time Block Codes.- On the Influence of Packet Scheduling on the Trade-Off between System Spectral Efficiency and User Fairness in OFDMA-Based Networks.- RSSI-Based Forwarding for Multihop Wireless Sensor Networks.- Technical Session 6: Innovative Algorithms for Network-Related Problems.- A Pipelined IP Address Lookup Module for 100 Gbps Line Rates and beyond.- Comparative Study of Multicast Protection Algorithms Using Shared Links in 100GET Transport Network.- Implementation and Evaluation of the Enhanced Header Compression (IPHC) for 6LoWPAN.- Technical Session 7: Disruptive Technologies for Future Services.- Primary Transmitter Discovery Based on Image Processing in Cognitive Radio.- A Flexible Framework for Complete Session Mobility and Its Implementation.- A Model-Driven Approach for Telecommunications Network Services Definition.- Technical Session 8: Traffic Analysis.- Detecting Spam at the Network Level.- Consistency Analysis of Network Traffic Repositories.