Towards an incremental deployment of NDN: robust bootstrapping using in-network indirection

Kazuaki Ueda, C. Sasaki, A. Tagami
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Abstract

Incremental deployment of new Internet architecture is a key challenge for the smooth evolution of the current Internet. In NDN, the overlay-based deployment is considered as one of the promising options to provide NDN services over the Internet. To achieve an incremental deployment, it is required to design a bootstrapping mechanism that allows consumers to consistently access to an overlay NDN network in a situation where Autonomous Systems (AS) are gradually deploying NDN routers. In this paper, we analyzed the current bootstrapping and identified its potential issue in specifying the IP address of the closest NDN router. We propose a robust bootstrapping architecture that can work without specifying the exact IP address of a single NDN router. By using in-network indirection, our scheme can provide consistent access to the NDN network independent of the deployment status of each AS.
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迈向NDN的增量部署:使用网内间接的健壮引导
新Internet架构的增量部署是当前Internet顺利发展的关键挑战。在NDN中,基于覆盖的部署被认为是在Internet上提供NDN服务的一种有前途的选择。为了实现增量部署,需要设计一种引导机制,使消费者能够在自治系统(AS)逐渐部署NDN路由器的情况下始终访问覆盖NDN网络。在本文中,我们分析了当前的引导,并确定了其在指定最近的NDN路由器的IP地址时的潜在问题。我们提出了一种健壮的自引导架构,它可以在不指定单个NDN路由器的确切IP地址的情况下工作。通过采用网内间接方式,我们的方案可以提供与每个自治系统的部署状态无关的对NDN网络的一致访问。
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