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Overcoming Last-Hop/First-Hop Problems in IP Multicast

机译:克服IP组播中的最后一次/第一跳问题

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Whereas much of the recent thrust in IP multicast standardization has focused on multicast routing and other supplementary infrastructure for multicast, the reach to/from end-systems from/to the multicast infrastructure constitutes a significant barrier in deploying any network layer multicast protocol. A basic problem arises from the fact that current IP multicast protocols have been designed assuming universal deployment thereby preventing end-systems that are more than one router hop away to participate in multicast. This problem is further aggravated by increasing protocol awareness of layer-2 devices effectively locking particular protocols and versions into hardware, and in part by the declining transparency of the maturing Internet due to firewalls and NATs. In this paper we describe new multicast mechanisms to address these issues. While designed as part of our research on Selfconfiguring Lightweight Internet Multicast (SLIM), the techniques and mechanisms are applicable to other multicast protocols. We discuss our implementation and experimentation over the open Internet, and show how these new protocol mechanisms have enabled us to introduce our new IP multicast to end-systems in an incremental manner without the collaboration of network administrators.
机译:而在多IP组播标准化最近的推力集中于多播路由和其他补充基础设施用于多播,到达向/从终端系统从/向多播基础结构构成部署任何网络层组播协议的显著屏障。一个基本问题源于一个事实,即目前的IP组播协议的设计假定通用的部署,从而防止终端系统是多个路由器跳客场参加组播。此问题是由第2层的设备有效地锁定特定的协议和版本到硬件中的协议意识增加进一步加剧,并且部分地由熟化互联网的透明度下降由于防火墙和NAT。在本文中,我们描述新的组播机制来解决这些问题。虽然设计为我们的Selfconfiguring轻量级网络组播(SLIM)研究的一部分,技术和机制适用于其他组播协议。我们讨论我们的实现和实验在开放的互联网,并展示如何这些新的协议机制,使我们无需网络管理员的合作,介绍我们的新的IP多播到终端系统以增量的方式。

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