Mehrdad Dianati, Rahim Tafazolli and Klaus Moessner

Abstract: In this paper, we propose an underlay inter-network virtualisation framework in order to enable tussle-agile flexible networking over the existing inter-network infrastructures. The functionalities that inter-networking elements (transit nodes, access networks, etc.) need to support in order to enable virtualisation are discussed. We propose the base architectures of each the abstract elements to support the required inter-network virtualisation functionalities.

Magnus Niemann, Malgorzata Mochol and Robert Tolksdorf

Abstract: Internet commerce experiences a rising complexity: Not only more and more products become available online but also the amount of information available to a single product has been constantly increasing. Thanks to the Web 2.0 development it is, in the meantime, quite common to involve customers in the creation of product description and extraction of additional product information by offering customers feedback forms and product review sites, users' weblogs and other social web services.

Edward Thomas, Jeff Z. Pan, Stuart Taylor, Nophadol Jekjantuk and Yuan Ren

Abstract: Advertising on the World Wide Web is based around automatically matching web pages with appropriate advertisements, in the form of banner ads, interactive adverts, or text links. Traditionally this has been done by manual classification of pages, or more recently using information retrieval techniques to find the most important keywords from the page, and match these to keywords being used by adverts.

Robert Tolksdorf, Anne Augustin and Sebastian Koske

Abstract: Principles from nature-inspired selforganization can help to attack the massive scalability challenges in future internet infrastructures. We researched into ant-like mechanisms for clustering semantic information. We outline algorithms to store related information within clusters to facilitate efficient and scalable retrieval.

Heiko Niedermayer, Ralph Holz, Marc-Oliver Pahl and Georg Carle

Abstract: In this position paper we state four requirements for a Future Internet and sketch our initial concept. The requirements: (1) more comfort, (2) integration of home networks, (3) service clouds in the network, and (4) access anywhere on any machine.
Future Internet needs future quality and future comfort. There need to be new possiblities for anyone.

Carolina Fortuna and Mihael Mohorcic

Abstract: Inter-technology interoperability and seamless vertical handover are still unsolved problems in the heterogeneous wireless technology environment. In this paper, we introduce a knowledge base (KB) which contains local (user terminal specific) knowledge that enables pro-active network selection for vertical handover.

Leonardo Giusti and Massimo Zancanaro

Abstract: Service Design emerged as distinct discipline in the late ‘80s, to specifically address the peculiar challenges of a post-industrial society in moving toward a more pervasive offer of services with respect to products. The central tenet of this discipline is that services are radically different from products and a different mindset is necessary for designing and delivering services.  

Göran Pulkkis, Kaj Grahn, Mathias Mårtens and Jonny Mattsson

Abstract: Mobile Virtual Private Networking (VPN) solutions based on the Internet Security Protocol (IPSec), Transport Layer Security/Secure Socket Layer (SSL/TLS), 3G/GPRS cellular networks, Mobile IP, and the presently experimental Host Identity Protocol (HIP) are described, compared and evaluated.

Davide Chini, Franco Pirri, Maria Chiara Pettenati, Samuele Innocenti and Lucia Ciofi

Abstract: Establishing equivalence links between (semantic) resources, as it is the case in the Linked Data approach, implies permanent search, analysis and alignment of new (semantic) data in a rapidly changing environment. Moreover the distributed management of data brings not negligible requirements as regards their authorship, update, versioning and replica management.

Pieter Nooren, Iko Keesmaat, Toon Norp and Oskar van Deventer.

Abstract: The main naming system in the Internet today, DNS, is based on globally unique, hierarchically structured domain names. It does not match the names people use in everyday life. This should change in the Future Internet, if it is to live up to its promise of seamless integration into people’s everyday lives. Based on this observation, we propose to develop a new, intuitive naming system.