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Internet of vehicles: Cloud and fog computing approaches

机译:车联网:云和雾计算方法

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Some of the mobility challenges in the cities can be approached with the Internet of Things, Cloud Computing, and Fog Computing. In this work we consider the city as a system of systems and focus on the interaction of those entities with the mobility systems. A key element that allows this interaction is a vehicle on-board unit. In this work we address the interconnection, enabling technologies, interoperability, scalability, geo-distribution and time constrains aspects in the architectural design of mobility systems. For this we propose the On-Board Unit architecture and cover three different levels of technification in information and communication technologies. Based on this differentiation we are able to include Cloud and Fog Computing into our proposed designs.
机译:物联网,云计算和雾计算可以应对城市中的一些移动性挑战。在这项工作中,我们将城市视为系统的系统,并着重于这些实体与出行系统的相互作用。允许这种交互的关键元素是车辆车载单元。在这项工作中,我们着眼于互连性,使技术,互操作性,可伸缩性,地理分布和时间限制在移动系统的体系结构设计中发挥作用。为此,我们提出了车载单元架构,并涵盖了信息和通信技术的三个不同级别的技术。基于这种差异,我们能够将云计算和雾计算包括到我们提出的设计中。

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