3GPP 演进分组核心支持分布式移动锚点:全球移动网络搬迁的控制增强功能

W. Hahn
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引用次数: 20

摘要

本文讨论了作为分布式数据平面架构部署的 3GPP 演进分组核心 (EPC)。与用户移动性相关的分布式 GW 可能导致需要通过 GW 迁移来优化数据路由。建议将 GW 本身纳入 GW 迁移的决策中,而目前这仅在控制平面节点(移动性管理实体)中完成。建议允许活动模式设备也进行重新定位(用户活动检测),检测非最佳路由情况的发生,并检测应抑制重新定位以避免特别差的用户体验的情况。并将这些改进与其他解决方案进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
3GPP Evolved Packet Core support for distributed mobility anchors: Control enhancements for GW relocation
This paper discusses the 3GPP Evolved Packet Core (EPC) as a deployment of a distributed data plane architecture. Distributed GWs in connection with user mobility may result in the need to optimize data routing by GW relocation. It is proposed to include the GWs itself in the decision on GW relocation what is currently done in the control plane node (mobility management entity) only. Proposals are made to allow the relocation also for active mode devices (user activity detection), to detect the occurrence of a non optimal routing situation and to detect situations where a relocation should be suppressed to avoid particularly poor user experience. These improvements are compared with other solutions.
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