MTI: UNA和MTAII的融合,面向下一代互联网

Mahnhoon Lee, Y. Yoon
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引用次数: 2

摘要

由于IPv6的缓慢部署,已经提出了许多关于下一代互联网或扩展IPv4互联网的新建议。但是,除了NAT之外,它们都没有成功部署,主要原因是需要修改主机和/或路由器,以及缺乏从公共IPv4互联网到其领域的可扩展访问性。最近提出了UNA,以提供可扩展的可访问性,而无需修改路由器和主机。然而,预计IPv6或其他技术完全取代IPv4还需要很长时间。但迫切需要解决地址空间不足的问题,并提供QoS、移动性等增值业务。本文讨论了将IPv4互联网重组为一个多层架构,以支持更大的地址空间,并处理安全性、QoS、多播、移动性等问题,是互联网发展的一种可能方式。作为这样一种架构,我们提出了MTI (Multi-Tier Internet),其中UNA和MTAII集成在一起,无需强制修改路由器和主机,以便于部署。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MTI: integration of UNA and MTAII toward the next generation Internet
As a result of the slow deployment of IPv6, many new proposals have been presented for the next generation Internet or to expand the IPv4 Internet. But none of them except NAT has been deployed successfully, mainly due to the requirement of modification of hosts and/or routers and the lack of scalable accessibility from the public IPv4 Internet to their realms. Recently UNA was presented to provide that scalable accessibility, with no modification of routers and hosts. It is still anticipated, however, that it would take a long time until IPv6 or other technology replaces IPv4 entirely. But it is urgent that the address space shortage problem be solved and that value-added services such as QoS and mobility be provided. In this paper, we discuss about the reorganization of the IPv4 Internet into a multi-tier architecture as a possible way of evolving the Internet, which can support a larger address space and deal with security, QoS, multicast, mobility and so on. As such an architecture, we present MTI (Multi-Tier Internet), in which UNA and MTAII are integrated, without forcing any modification of routers and hosts for easy deployment.
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