IRNC: SP: 6Watch: Routeviews Infrastructure for Monitoring, Tracking and Diagnosing IPv6 Deployment

IRNC：SP：6Watch：用于监控、跟踪和诊断 IPv6 部署的 Routeviews 基础设施

• 批准号: 0964969
• 负责人: Lixia Zhang
• 金额: $ 150万
• 依托单位: University of California-Los Angeles
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2010
• 资助国家: 美国
• 起止时间: 2010-05-01 至 2015-04-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0964969&HistoricalAwards=false
• 关键词: IRNC; SP; 6Watch; Routeviews; Infrastructure

This project is to develop a global scale IPv6 monitoring system that will track IPv6 address allocations, IPv6 routing announcements, the topological connectivity of IPv6-capable networks, and IPv6 reachability in the data plane, all at the global scale. Each of these metrics is useful in tracking IPv6 deployment, but the right combination of control plane metrics and data plane metrics has the potential to provide a comprehensive overview of IPv6 deployment successes and obstacles. Lessons learned in monitoring IPv4 infrastructure will be applied, but monitoring IPv6 deployment poses a number of unique challenges and unknowns. At this early stage of IPv6 deployment, it is particularly important to provide data plane information that can complement the control plane information. This project will develop an innovative technique that measures IPv6 coverage and reachability by using active probes to DNS servers. This approach leverages our existing DNS monitoring infrastructure and will allow us to test reachablity in both IPv6-IPv6 and IPv6-IPv4 scenarios. If successful, the results will provide detailed information for researchers and operators faced with specific measurement questions and also provide a global perspective that is meaningful to those searching for IPv6 deployment challenges. The results will not only provide the latest snapshot of IPv6 rollout but will also help identify open issues and potential obstacles to facilitate IPv6 deployment.

该项目是为了开发一个全球尺度的IPv6监视系统，该系统将跟踪IPv6地址分配，IPv6路由公告，具有IPv6强大的网络的拓扑连接以及数据平面中的IPv6达到性能，所有这些连接性都在全球范围内。这些指标中的每一个都在跟踪IPv6部署方面有用，但是控制平面指标和数据平面指标的正确组合有可能对IPv6部署成功和障碍进行全面概述。将应用监视IPv4基础架构的经验教训，但是监视IPv6部署会带来许多独特的挑战和未知数。在IPv6部署的早期阶段，提供可以补充控制平面信息的数据平面信息尤其重要。该项目将开发一种创新技术，该技术通过使用主动探针对DNS服务器来测量IPv6覆盖范围和可及性。这种方法利用了我们现有的DNS监视基础架构，并将使我们能够在IPv6-IPV6和IPv6-IPV4方案中测试达到启动。如果成功，结果将为面对特定测量问题的研究人员和运营商提供详细的信息，并且还提供了一个全球视角，对于那些寻找IPv6部署挑战的人来说，这是有意义的。结果不仅将提供IPv6推出的最新快照，而且还将有助于确定开放问题和潜在的障碍，以促进IPv6部署。