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ISP Offload Infrastructure to minimize cost and time deployment

机译:ISP卸载基础架构可最大程度地减少部署成本和时间

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摘要

To face the huge demand on mobile traffic, ISPs are looking to offload traffic of their Radio Access Network to WLAN. Currently I-WLAN is the proposed offload architecture by 3GPP which tunnels the traffic to a Security Gateway. This paper proposes for ISPs an ISP Offload Infrastructure which minimizes the infrastructure cost deployment, and which can be deployed in a very short term. The ISP Offload Infrastructure classifies the EU traffic into 3 distinct classes and assigns each class a specific and adapted offload architecture: ForWarD Architecture (FWDA), Offload Service Architecture (OSA) and Offload Access Architecture (OAA). This paper shows how to deploy each Offload Architecture by using SCTP in conjunction to MOBIKE(-X) or only MOBIKE(-X). Then we measure how each Offload Architecture may affect the EU experience, and provide recommendations on how to deploy and implement the ISP Offload Infrastructure.
机译:为了应对移动流量的巨大需求,ISP正在寻求将其无线访问网络的流量分流到WLAN。当前,I-WLAN是3GPP提出的卸载架构,该架构将流量传送到安全网关。本文为ISP提出了ISP卸载基础结构,该结构可最大程度地减少基础结构成本的部署,并且可以在很短的时间内部署。 ISP卸载基础架构将EU流量分为3个不同的类别,并为每个类别分配一个特定的,经过调整的卸载架构:ForWarD架构(FWDA),卸载服务架构(OSA)和卸载访问架构(OAA)。本文说明如何通过将SCTP与MOBIKE(-X)或仅与MOBIKE(-X)一起使用来部署每个卸载体系结构。然后,我们评估每种卸载架构如何影响欧盟经验,并提供有关如何部署和实施ISP卸载基础架构的建议。

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