6to4网络性能评价与配置隧道转换机制:一个实证试验台分析

Dinesh Hadiya, Rohit Save, G. Geetu
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引用次数: 11

摘要

IPv4地址的耗尽引起了人们对新版本的互联网协议IPv6的极大兴趣。它是由互联网工程任务组(IETF)开发的,目的是完全取代IPv4。然而,由于许多原因,向新版本互联网的迁移一直很慢。在此期间,已经制定了各种过渡机制。本研究考察并实证评估了在网络基础设施上实现的两种转换机制,即6to4和配置隧道的性能。对这些转换机制的吞吐量、抖动和延迟等性能指标进行测量。研究表明,6to4转换机制比配置隧道具有更好的网络性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Network Performance Evaluation of 6to4 and Configured Tunnel Transition Mechanisms: An Empirical Test-Bed Analysis
Depleting IPv4 addresses has generated enormous interest in the new version of Internet Protocol, IPv6. It was developed by Internet Engineering Task Force (IETF) to completely replace IPv4. However, due to many reasons, migration to the new version of the Internet has been slow. For the interim, various transition mechanisms have been developed. This research examines and empirically evaluates the performance of two such transition mechanisms, namely 6to4 and configured tunnel when implemented on network infrastructure. Performance metrics like throughput, jitter and delay are measured for these transition mechanisms. This research shows that 6to4 transition mechanism gives better network performance than configured tunnel.
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