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Traffic Offload Mechanism in EPC Based on Bearer Type

机译:基于承载类型的EPC流量卸载机制

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摘要

The flat architecture becomes the evolution direction of the next generation Mobile Communication Network. It can also lighten the load on the core network effectively. The LIPA (Local IP Access) and SIPTO (Selected IP Traffic Offload) proposed by 3GPP are the typical technologies to implement the flat traffic offload in the user side. Current offload mechanisms for LIPA/SIPTO are either costly for both of the operators and terminals, or too complex to standardize, and the utilized grain sizes are not so appropriate for control. The study in this paper proposes a new offload policy mechanism, to support a simple, reasonable and effective LIPA/SIPTO solution, as well as solve the existing problems. It is implemented in the operator's core network in a bearer granularity (the bearer based offload mechanism in the core network, B2OMICN). By analyzing the bearer information and marking an offload type flag, the mechanism performs offload evaluation well in the comparison.
机译:扁平架构成为下一代移动通信网络的发展方向。它还可以有效减轻核心网络上的负载。由3GPP提出的LIPA(本地IP访问)和SIPTO(选择的IP业务量卸载)是在用户侧实现平坦业务量卸载的典型技术。对于LIPA / SIPTO而言,当前的卸载机制对于操作员和终端机而言要么成本高昂,要么过于复杂而无法标准化,并且所利用的晶粒尺寸不太适合控制。本文的研究提出了一种新的卸载策略机制,以支持简单,合理和有效的LIPA / SIPTO解决方案,并解决现有问题。它在运营商的核心网络中以承载粒度(核心网络中基于承载的卸载机制B2OMICN)实现。通过分析承载信息并标记卸载类型标志,该机制在比较中可以很好地执行卸载评估。

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