Y. Shoji, L. Zhong, Manabu Ito, Y. Kitatsuji, K. Nakauchi, H. Yokota
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引用次数: 12
Abstract
This paper proposes the concept of Bring Your Own Network (BYON), which could be a solution to reduce the impact of signaling traffic on the efficiency of mobile network resource utilization. The BYON would be enabled by dynamically migrating and localizing related service resources as well as configuring a service-specific wired and wireless network in a coordinated manner considering the distribution shape of the devices using the specific-service as well as their mobility tendency. The signaling traffic overhead is formulated, and how the introduction of the BYON could reduce the overhead is discussed. It is shown that a modified mobile network based on the BYON, in which the functions of P-CSCF and S/I-CSCF for IP Multimedia Subsystem (IMS) are migrated onto the location of PGW in Evolved Packet Core (EPC), could reduce the signaling traffic overhead by around 30 %. This paper also details the plan to deploy a large-scale experimental wireless network environment to demonstrate the concept of BYON, i.e., virtual wireless network facility.
本文提出了自带网络(Bring Your Own Network, BYON)的概念,可以作为一种减少信令流量对移动网络资源利用效率影响的解决方案。BYON将通过动态迁移和本地化相关服务资源,以及考虑使用特定服务的设备的分布形状及其移动性趋势,以协调的方式配置特定服务的有线和无线网络来实现。阐述了信令业务开销,并讨论了BYON的引入如何降低信令业务开销。研究表明,将IP多媒体子系统(IMS)的P-CSCF和S/I-CSCF的功能迁移到演进分组核心(EPC)的PGW位置,可以将基于BYON的改进移动网络的信令业务开销减少30%左右。本文还详细介绍了部署大规模实验性无线网络环境的计划,以演示BYON(即虚拟无线网络设施)的概念。