支持多个名称空间的移动性协议框架

M. Ishiyama, M. Kohno, M. Kunishi, F. Teraoka
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引用次数: 1

摘要

本文提出了一种在IPv6网络上支持多个命名空间的移动协议。我们提出的协议框架允许移动节点通过在任何名称空间中定义的名称指定对应节点作为节点标识符。该技术消除了对节点标识符空间的某些限制,并允许移动节点无论其位置如何都可以相互通信。移动节点协商一个伪节点标识符,该标识符在两个节点之间是唯一的,并与一个由名称标识的对应节点进行协商。我们使这个伪节点标识符与IPv6地址格式兼容;因此,我们可以将现有的IPv6应用程序与我们提出的移动性框架一起使用。该框架基于位置独立网络架构(Location Independent Network Architecture, LINA),以简单的方式提供移动性支持,协议开销低。我们还演示了如何通过使用动态伪节点标识符为移动性协议提供匿名性。
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A mobility protocol framework to support multiple namespaces
This paper presents a new mobility protocol that supports multiple namespaces on IPv6 networks. Our proposed protocol framework allows a mobile node to specify a correspondent node by a name that is defined in any namespace as a node identifier. This technique removes certain restrictions on the space of node identifiers and allows mobile nodes to communicate with each other regardless of their location. Mobile nodes negotiate a pseudo node identifier which is unique between the two nodes, with a correspondent node that is identified by the name. We make this pseudo node identifier compatible with the IPv6 address format; we can thus use existing IPv6 applications with our proposed mobility framework. This framework is based on Location Independent Network Architecture (LINA), and provides mobility support in a simple fashion and with low protocol overhead. We also demonstrate how to provide anonymity to our mobility protocol by using a dynamic pseudo node identifier.
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