Description
Networks are going where no networks have gone before, and delay/disruption tolerant networking (DTN) technology is leading them there. This book shows you how to engineer a robust networking scheme for environments so extreme that ubiquitous, end-to-end connectivity is not possible. You learn why an overlay network, a delay-tolerant transport layer, or a point-to-point protocol is needed to handle this type of intermittent connectivity. This cutting-edge resource helps you determine how DTN protocols will be of use when designing a network that cannot support TCP-based applications. The book takes an application-based approach with a particular focus on sensor networks and deep-space communications. In addition to examining the generic causes of delay and disruption, this practical volume also looks in detail at implementation efforts, routing, security, and many other details of DTN protocols and applications.
Table Of Contents
Introduction. Background. Applications Requiring Delay/Disruption Tolerance. The Bundle Protocol. The LTP Protocol. Other DTN Protocols. Applying DTN Protocols. Open Issues in DTN. Conclusion. Index.
Author
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Vinny Cahill
Vinny Cahill is a professor of computer science at Trinity College Dublin where he leads the Distributed Systems Group in the Department of Computer Science. His current work addresses middleware support for dependable sentient computing for applications ranging from intelligent vehicles to independent living for the elderly or those suffering from neurodegenerative disease. He was a founding Editorial Board member of IEEE Pervasive Computing and is a current member of the Editorial Board of IEEE Distributed Systems Online.
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Stephen Farrell
Stephen Farrell studies and works at Trinity College Dublin, where he is a research fellow in the department of Mechanical and Manufacturing Engineering and a member of the Distributed Systems Group of the Department of Computer Science. Involved for over a decade with a number of Internet standards activities, he is currently co-chair of the IRTF Delay Tolerant Networking Research Group and is also involved in anti-spam work as co-chair of the IETF Domain Keys Identified Mail Working Group. He earned a joint honors degree in mathematics and computer science at University College in Dublin.