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Comparing Information-Centric and Delay-Tolerant Networking

Kevin Fall

Open publisher page 4 citations

Abstract

Summary form only given. Delay-Tolerant Networking and Information-Centric Networking represent two new approaches to networking that have been proposed by the research community over the last few years. DTN has explored methods to interconnect networks with various naming, routing and delivery semantics with store-carry-forward delay-tolerant operations, while several ICN-related projects are exploring the naming of data objects instead of nodes, in-network caching and routing, and support for a form of delay-tolerance as a byproduct. In this talk I will cover the basic goals and results of each style of networking, and highlight common lessons learned that contrast the benefits of these approaches with the current IP-based Internet architecture.

About this research paper

What this paper is about

Summary form only given. Delay-Tolerant Networking and Information-Centric Networking represent two new approaches to networking that have been proposed by the research community over the last few years. DTN has explored methods to interconnect networks with various naming, routing and delivery semantics with store-carry-forward delay-tolerant operations, while several ICN-related projects are exploring the naming of data objects instead of nodes, in-network caching and routing, and support for a form of delay-tolerance as a byproduct. In this talk I will cover the basic goals and results of each style of networking, and highlight common lessons learned that contrast the benefits of these approaches with the current IP-based Internet architecture.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Summary form only given. Delay-Tolerant Networking and Information-Centric Networking represent two new approaches to networking that have been proposed by the research community over the last few years. DTN has explored methods to interconnect networks with various naming, routing and delivery semantics with store-carry-forward delay-tolerant operations, while several ICN-related projects are exploring the naming of data objects instead of nodes, in-network caching and routing, and support for a form of delay-tolerance as a byproduct. In this talk I will cover the basic goals and results of each style of networking, and highlight common lessons learned that contrast the benefits of these approaches with the current IP-based Internet architecture.

Key concepts: Delay-tolerant networking, Computer science, Information-centric networking, Computer network, Cover (algebra), Routing (electronic design automation), The Internet, Interconnection

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