43 research outputs found
Scenarios and research issues for a network of information
This paper describes ideas and items of work within the
framework of the EU-funded 4WARD project. We present
scenarios where the current host-centric approach to infor-
mation storage and retrieval is ill-suited for and explain
how a new networking paradigm emerges, by adopting the
information-centric network architecture approach, which
we call Network of Information (NetInf). NetInf capital-
izes on a proposed identifier/locator split and allows users
to create, distribute, and retrieve information using a com-
mon infrastructure without tying data to particular hosts.
NetInf introduces the concepts of information and data ob-
jects. Data objects correspond to the particular bits and
bytes of a digital object, such as text file, a specific encod-
ing of a song or a video. Information objects can be used
to identify other objects irrespective of their particular dig-
ital representation. After discussing the benefits of such an
indirection, we consider the impact of NetInf with respect
to naming and governance in the Future Internet. Finally,
we provide an outlook on the research scope of NetInf along
with items for future work
Future Internet Technologies: A Review
In this paper, we do a review of Future Internet technologies (ICN and NDN architecture). We discuss examples of edge computing and IoT. We chose these areas because they are very important topics in today research. We also discuss provider mobility, P2P architectures, sync, and simulation tools. We discuss open questions for research
Distributed Information Object Resolution
The established host-centric networking paradigm is chal-lenged due to handicaps related with disconnected opera-tion, mobility, and broken locator/identifier semantics. This paper soberly examines another topic of great interest: distributed information object resolution. After recapping the notion of an information object, we review object resolution in today’s Internet which is based on Uniform Resource Identifiers (URIs). We revisit the implications of DNS involvement in URI resolution and discuss how two different types of content distribution networks work with respect to name resolution. Then we evaluate proposals championing the replacement of DNS with alternatives based on distributed hash tables. We present the pros and cons and highlight the importance of latency in resolution. The paper positions these issues in the context of a Network of Information (NetInf) and concludes with open research topics in the area. 1
Imagining the Internet in Future
In this paper, we imagining the Future Internet (ICN and NDN architecture). We discuss examples of edge computing and IoT. We chose these areas because they are very important topics in today research. We also discuss provider mobility, P2P architectures, sync, and simulation tools. We discuss open questions for research
Information Centric Networking and Named Data Networking: The Future of the Internet
Future Internet Technologies have been used and research has been conducted in Information Centric Networking (ICN) and Named Data Networking (NDN) for years. We discuss researches in the areas of the Internet of the future in ICN and NDN. We think that ICN and NDN are the future of the Internet
The Emerging of the Future Internet
In this paper, we discuss researches in the emerging of Future Internet (ICN and NDN). We also talk about edge computing and IoT. We chose these areas because they are hot topics in today research
Future Internet Technologies: ICN and NDN
Future Internet Technologies have been popular and research has been conducted in Information Centric Networking (ICN) and Named Data Networking (NDN) for several years now. We discuss several researches in the area of the Internet of the future in ICN and NDN. Our goal is to help the community explore these researches
Edge Computing, IoT and Future Internet
In this paper, we discuss researches in Edge Computing, Internet of Things (IoT), and Future Internet Technologies (ICN and NDN). We chose these areas because they are hot topics in today research