IP over DTN: Large-delay asynchronous packet delivery in the internet
Hideya Ochiai, Kenichi Shimotada, Hiroshi Esaki · 2009
The well-known DTN divides an end-to-end communication path into hop-by-hop sessions and allows asynchronous message delivery over physically delayed or disrupted network environments. They have introduced bundling, an overlay network for delay tolerant networking in its architecture, which should be globally deployed and operated with tremendous effort. In this paper, we propose a new DTN architecture that are more practically and easily deployable in the Internet space. Our approach is IP over DTN; DTN message delivery framework works as a data link to deliver IP packets over network boundaries. The transport and application layer protocols take asynchronous communication mode in this architecture. We have carried out an experiment with our prototype DTN framework and confirmed that applications could practically communicate well with each other even with large-delay IP packet delivery.