Multicast forwarding plane in future networks: Source routing has a competitive edge

Takeru Inoue, Yohei Katayama, Hiroshi Sato, Takahiro Yamazaki, N. Takahashi
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引用次数: 3

Abstract

Many applications in the current Internet follow the multicast paradigm, not the unicast one that has traditionally ruled the design of TCP/IP. These applications are, therefore, required to construct overlay networks for multicasting, which unfortunately offers too little efficiency to support the immanent emergence of trillions of groups. IP multicast, which is the natural implementation of the multicast paradigm, has not been deployed widely. Though recent years have seen several alternatives, we still have no clear direction for future networks that provide the multicast functionality efficiently. The aim of this paper is to indicate the most promising research direction on the multicast forwarding plane of future networks. Through intensive analysis, we conclude that packet-driven forwarding (source routing) has several advantages over traditional table-driven forwarding including IP multicast.
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未来网络中的组播转发平面:源路由具有竞争优势
当前Internet中的许多应用程序都遵循多播范式,而不是传统上主导TCP/IP设计的单播范式。因此,这些应用程序需要为多播构建覆盖网络,不幸的是,它提供的效率太低,无法支持数万亿组的内在出现。IP组播是组播模式的自然实现,但目前还没有得到广泛的应用。尽管近年来出现了几种替代方案,但我们仍然没有明确的方向为未来的网络提供有效的多播功能。本文的目的是指出未来网络的组播转发平面最有前途的研究方向。通过深入的分析,我们得出包驱动转发(源路由)比传统的表驱动转发(包括IP组播)有几个优点。
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