QMNF: QoS Multicast Routing Protocol Using N-Hop Dominating Flooding Approach on Programmable Network(<Special Section>Internet Technology VI)
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概要
- 論文の詳細を見る
QMNF is a QoS-aware multicast routing protocol using N-hop dominating flooding and built upon a layered routing architecture. In this architecture, QMNF invites the N-hop flooding component and the shortest path routing table from OSPF by open signaling interfaces, floods the path-probing packets, and employs a two-pass resource reservation scheme to avoid unnecessary resource reservation. The QMNF is QoS-aware, loop-free, flexible and scalable, and improves network resource utilization. In our simulation, the performance of QMNF is compared with that of traditional flooding protocol with the shortest path resources reservation, a traditional flooding protocol with the widest path resources reservation, PIM and QMBF. The simulation results confirm that QMNF has a high success rate and good resource utilization, and it can distribute traffic in a network evenly.
- 社団法人電子情報通信学会の論文
- 2006-04-01
著者
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CHUNG Tein-Yaw
Department of Computer Engineering and Science, Yuan Ze University
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Chung Tein-yaw
Department Of Computer Science And Engineering Yuan Ze University
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Chung Tein-yaw
Department Of Computer Engineering And Science Yuan Ze University
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Yang Chun-chu
Department Of Computer Science And Engineering Yuan Ze University
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Chen Yung‐mu
Yuan Ze Univ. Taoyuan Twn
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Chen Yung-mu
Department Of Computer Science And Engineering Yuan Ze University
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CHEN Pei-Chun
Department of Computer Science and Engineering, Yuan Ze University
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Chen Pei-chun
Department Of Computer Science And Engineering Yuan Ze University
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