χLIN6-NEMO: A Network Mobility Protocol Based on LIN6(<Special Section>Internet Technology VI)
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概要
- 論文の詳細を見る
This paper proposes χLIN6-NEMO, a network mobility protocol based on LIN6. LIN6 is a host mobility protocol in IPv6 and is based on separation of the location and the identifier. In IETF, NEMO Basic Support Protocol based on Mobile IPv6 is standardized as a network mobility protocol. NEMO Basic Support Protocol as well as Mobile IPv6, however, has several fundamental problems in its communication procedures such as inefficient routing, header overhead due to tunneling, and single point of failure. χLIN6-NEMO makes use of the address structure of LIN6 and solves these problems. A fixed node and a Mobile IPv6 node can be connected to a mobile network provided by χLIN6-NEMO. A mobile network provided by NEMO Basic Support Protocol can also be connected to a mobile network provided by χLIN6-NEMO. We implemented χLIN6-NEMO on NetBSD 1.6.2 Release. Our measurement results showed χLIN6-NEMO can provide network mobility with low overhead.
- 社団法人電子情報通信学会の論文
- 2006-04-01
著者
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TERAOKA Fumio
Keio University
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Teraoka Fumio
Keio Univ. Yokohama‐shi Jpn
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BANNO Ayumi
Keio University
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OIWA Takuma
Keio University
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Banno Ayumi
Keio Univ. Yokohama‐shi Jpn
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Oiwa Takuma
Keio University:(present Office)sony Computer Entertainment Inc.
関連論文
- SCTPmx: An SCTP Fast Handover Mechanism Using a Single Interface Based on a Cross-Layer Architecture
- AMS : An Adaptive TCP Bandwidth Aggregation Mechanism for Multi-homed Mobile Hosts(New Technologies and their Applications of the Internet IV)
- SCTPmx : An SCTP Fast Handover Mechanism Using a Single Interface Based on a Cross-Layer Architecture
- χLIN6-NEMO: A Network Mobility Protocol Based on LIN6(Internet Technology VI)
- vLIN6 : An Integrated Mobility Protocol in IPv6
- FOREWORD
- ZNP: A New Generation Network Layer Protocol Based on ID/Locator Split Considering Practical Operation
- FOREWORD
- ZNP : A New Generation Network Layer Protocol Based on ID/Locator Split Considering Practical Operation