BS-4-33 An Integrated DTN Routing Scheme to Support a Wide Variety of Networks(BS-4. Network Design, Management and Control for Future Networked Systems)
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概要
- 論文の詳細を見る
The applicability of existing DTN architecture and routing protocols are limited to only mobile node environment. We believe that DTNs custody transfer and hop-by-hop routing capabilities give a full potential of flexibility, adaptability and simplicity for wider range of different characteristics of network. To realize this, first, we propose a single unified Bundle Protocol (BP) layer where BP is a generic and universal protocol with the message format and protocol sequences independently of network characteristics like infrastructure-based or infrastructure-less network. Secondly, we propose an integrated DTN routing scheme, called HALF (Handoff-based And Limited Flooding) that combines a handoff-based routing protocol with a limited flooding technique like Spray and Wait protocol. In this paper simulations have been carried out to compare HALF with the existing protocols under a wide variety of network environments and conditions. The results indicate that HALF can achieve higher delivery ratio and lower latency under broad network environment.
- 社団法人電子情報通信学会の論文
- 2011-02-28
著者
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Aziz Anika
The Graduate University For Advanced Studies
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Yamada Shigeki
The Graduate University For Advanced Studies
関連論文
- BS-3-12 A Handoff Supported (HS) routing protocol for Disruption Tolerant Network
- BS-7-38 A Deterministic Routing Protocol providing Improved Performance in all types of DTN environment(BS-7. Network Planning, Control and Management)
- BS-10-7 Handling Mobility with an Efficient Bundle Protocol in a Disruption-Tolerant Network (DTN)(BS-10. Network Planning, Control, and Management)
- BS-12-7 DTN: A preferred networking technology for Sparsely-connected Mobile Ad Hoc network(BS-12. Network Planning, Control, and Management)
- BS-4-33 An Integrated DTN Routing Scheme to Support a Wide Variety of Networks(BS-4. Network Design, Management and Control for Future Networked Systems)