Unicast Extension Multicast Protocol for Forwarding Entry Reduction and Source Mobility Support(Mobility Management)(<Special Section>Mobile Multimedia Communications)
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概要
- 論文の詳細を見る
IP multicast is seen as an efficient way of encouraging multimedia services such as Internet TV and Videoconferencing because it can deliver packets to multiple users while efficiently using network resources. Source Specific Multicast (SSM) is suggested as the IP multicast routing protocol and it can construct multicast trees efficiently. However it increases multicast forwarding table entries and fails to handle source mobility. This paper proposes the Unicast Extension Multicast Protocol (UMP) to solve these problems. In the protocol, only the routers that act as branching points keep multicast forwarding table entries, and packets are delivered between these routers using IP unicast. This prevents the multicast forwarding table entries from burdening other non-branch routers. Additionally, UMP supports source mobility by using the recursive join messages to prevent the creation of redundant paths while supporting source mobility.
- 社団法人電子情報通信学会の論文
- 2004-05-01
著者
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Yabusaki Masami
NTT DoCoMo Inc.
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Igarashi Ken
Ntt Docomo Network Laboratories
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FUKAZAWA Harunobu
NTT COMWARE, Corp
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Fukazawa Harunobu
Ntt Comware Corp
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Igarashi Ken
Ntt Docomo Inc.
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- A Proposed Mobility Management for IP-Based IMT Network Platform(Mobile Multimedia Communications)
- B-6-224 Routing Management for Moving Networks
- B-6-18 Unicast Extension for Multicast Tree Construction
- Unicast extension for Multicast Tree Construction
- B-6-237 Multicast Packet Reflector for Mobile Host
- Optimal-Routed Soft Handover in IP-Based Mobile Networks(Mobility Management)(Networking Technologies for Mobile Internet Systems)
- Handover with Proactive Anchor Router Relocation and Data Buffering(Mobility Management)(Mobile Multimedia Communications)
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- Mobile Service History and Future(Special Issue on Mobile Multimedia Communications)
- Unicast Extension Multicast Protocol for Forwarding Entry Reduction and Source Mobility Support(Mobility Management)(Mobile Multimedia Communications)