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A Coalitional Game Theoretical Model for Content Downloading in Multihop VANETs

机译:多跳VANET中内容下载的联合博弈理论模型

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Vehicular ad hoc networks (VANETs) are viewed as an effective way to disseminate content among vehicles on the road. While most of the current research efforts in VANETs focus on improving the packet delivery performance, only limited work aims to provide cost-efficient solutions for content downloading. This paper proposes a novel approach for the vehicles to download a common content in a cost-efficient way. The basic idea is to stimulate the vehicles to download the content cooperatively in mutually disjoint coalitions. To study the cooperation among the vehicles, a coalitional game model is proposed. Moreover, a distributed coalition formation algorithm is designed to obtain a stable coalition structure and minimize the total communication cost. Numerical results show that the proposed content download approach can achieve a considerable communication cost reduction compared with the non-cooperative case.
机译:车载自组织网络(VANET)被视为在道路上的车辆之间传播内容的有效方法。尽管VANET当前的大多数研究工作都集中在提高数据包传递性能上,但只有有限的工作旨在为内容下载提供经济高效的解决方案。本文提出了一种新颖的方法,使车辆以经济高效的方式下载公共内容。基本思想是刺激车辆在相互不相关的联盟中合作下载内容。为了研究车辆之间的合作,提出了一种联合博弈模型。此外,设计了分布式联盟形成算法,以获得稳定的联盟结构并最大程度地降低了总通信成本。数值结果表明,与非合作案例相比,所提出的内容下载方法可以显着降低通信成本。

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