一种面向未来移动互联网架构中细粒度卸载的归属代理启动切换解决方案:综述与实验评估

L. Bokor, J. Kovács, C. Szabó
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引用次数: 2

摘要

目前标准化的3GPP IP Flow Mobility IFOM解决方案严格以用户设备终端为中心,运营商必须先将流量路由策略下发到终端,终端再将这些策略提供给分组数据网关PGW。基于网络的NB解决方案试图消除上述限制,并创建一个以运营商为中心的流量管理框架。本文概述了现有的卸载技术,介绍了基于网络的解决方案的力量,并提出了一种基于MIPv6/DSMIPv6的NB-IFOM方案,该方案依赖于Home Agent发起的流绑定,旨在使运营商能够在不首先涉及UE的情况下执行IP流路由策略,从而使PCRF策略和收费规则功能能够根据例如网络中的可用资源来决定流路由策略。在向终端发送策略信令之前。作者已经实现了他们的建议,并在一个混合的真实模拟测试环境中进行了广泛的评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Home Agent Initiated Handover Solution for Fine-Grained Offloading in Future Mobile Internet Architectures: Survey and Experimental Evaluation
The currently standardized IP Flow Mobility IFOM solution in 3GPP is strictly User Equipment UE centric as the operator must firstly deliver the flow routing policies to the UE, and then the UE must provide these policies to the Packet Data Network Gateway PGW. Network-based NB solutions try to eliminate the above limitations and create an operator centric flow management framework. This paper is committed to give an overview of existing offloading techniques, to introduce the power of network-based solutions, and to propose a MIPv6/DSMIPv6 based NB-IFOM scheme relying on Home Agent initiated flow binding and aiming to enable operators to enforce IP flow routing policies without involving the UE first, such making able the PCRF Policy and Charging Rules Function to decide on the flow routing policy based on e.g., the available resources in the network, before signaling the policies to the UE. The authors have implemented their proposal, and performed an extensive evaluation in a hybrid real-emulated tested environment.
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