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Mobility Anchor Controlled Route Optimization for Network Based Mobility Management

机译:网络基于网络移动性管理的移动性锚定控路由优化

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Future Internet Protocol mobile communications systems will implement solutions for network-based mobility management to enable mobility for terminals, which do not support Mobile IP. The Internet Engineering Task Force is specifying a base protocol for network-based mobility, which supports registration, deregistration and handover. Support for optimization will be considered in a subsequent standardization step. This paper proposes a solution to enable support for route optimization, being under control of the mobility anchor of the network-based mobility domain. The route optimization protocol solution has been specified with the objective to cope with difficult scenarios, which can occur in a network-based mobility enabled system. The protocol has been implemented and evaluated based on a base protocol specification, taking future porting into the final standard base protocol into account. Important characteristics have been obtained from a hybrid test-bed, which comprises physical and virtual network entities. The results show, that the proposed protocol sets up and maintains optimized routes efficiently.
机译:未来的互联网协议移动通信系统将实现基于网络的移动管理的解决方案,以实现终端的移动性,不支持移动IP。 Internet工程任务组在指定基于网络的移动性的基本协议,支持注册,注销和切换。在随后的标准化步骤中将考虑对优化的支持。本文提出了一种解决方案来实现路由优化的支持,在基于网络的移动域的移动锚的控制下。已经指定了路由优化协议解决方案,目的是应对困难的场景,这可能发生在基于网络的移动性的系统中。基于基于基础协议规范,将来的移植到最终标准基础协议中,已经实现和评估了协议。已经从混合试验床获得了重要特征,其包括物理和虚拟网络实体。结果表明,所提出的协议建立并有效地维护优化的路线。

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