Joint operation of routing control and group key management for 5G ad hoc D2D networks

Younchan Jung, E. Festijo, Marnel S. Peradilla
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引用次数: 23

Abstract

5G wireless devices are expected to be the main cause of the rapid increase in Internet traffic. One of the solutions is to develop the mobile devices that can deal with local traffic directly instead of conveying data through a base station. Then, the mobile devices act in a way that they can meet either infrastructure or ad hoc D2D mode communications requirements. This paper aims to design joint operation protocol of the routing control and group key agreement based on the idea that the dual operation of infrastructure and ad hoc D2D mode communications in the same wireless device requires the ad hoc node to rely on the network layer function as small as possible. In this paper, we propose the ad hoc D2D protocol to control the ad hoc D2D network and manage the group key in self-organized group of ad hoc nodes based on their home IP addresses wherever they move. Finally, this paper analyzes the latency time for the group key agreement process, which can show the tolerable size of the ad hoc network running with the group key agreement process.
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5G自组网D2D网络路由控制与组密钥管理联合运行
预计5G无线设备将成为互联网流量快速增长的主要原因。解决方案之一是开发可以直接处理本地流量的移动设备,而不是通过基站传输数据。然后,移动设备以一种能够满足基础设施或临时D2D模式通信需求的方式运行。基于同一无线设备中基础设施和自组网D2D模式通信的双重运行要求自组网节点对网络层功能的依赖尽可能小的思想,本文旨在设计路由控制和组密钥协议的联合运行协议。在本文中,我们提出了一种自组织D2D协议来控制自组织D2D网络,并根据自组织节点的家庭IP地址对自组织D2D网络中的组密钥进行管理。最后,本文分析了组密钥协商过程的延迟时间,这可以显示运行组密钥协商过程的自组织网络的可容忍大小。
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