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Cloud-based service oriented architecture for social vehicular ad hoc network communications

机译:社交车辆自组织网络通信的基于云的面向服务的体系结构

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This article offers a social networking platform for vehicles, based on cloud computing and service oriented architecture called CSS-IoV for communication and collaboration of vehicle to vehicle (V2V), and vehicle to infrastructure (V2I). CSS-IoV contains five layers: application layer, application service layer, services layer, cloud infrastructure layer, and layer of vehicles. The application layer operation is associated with the functionality of on-board units (OBUs) and road-side units (RSUs). The service layer runs on a service-oriented architecture (SOA) and cloud application services to improve applications. To expand and combine web services on this layer, the application developer and builders can effectively develop the new functions and programs for communication. With the support of dynamic and automated service collaboration, people can easily help and communicate with each other by using OBUs. Our results shows that the proposed scheme provide the best results in terms of both type of communication in VANETs.
机译:本文基于云计算和面向服务的架构(称为CSS-IoV)提供了用于车辆的社交网络平台,用于车辆与车辆(V2V)以及车辆与基础设施(V2I)的通信和协作。 CSS-IoV包含五层:应用程序层,应用程序服务层,服务层,云基础架构层和车辆层。应用层操作与车载单元(OBU)和路边单元(RSU)的功能相关。服务层在面向服务的体系结构(SOA)和云应用程序服务上运行,以改进应用程序。为了在此层上扩展和组合Web服务,应用程序开发人员和构建人员可以有效地开发用于通信的新功能和程序。在动态和自动化服务协作的支持下,人们可以使用OBU轻松地进行帮助和相互交流。我们的结果表明,就VANET中的两种通信类型而言,所提出的方案均能提供最佳结果。

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