Introducing a harmonized and generic cross-platform interface between a Vehicle and the Cloud

Marco Wagner, Jeroen Laverman, Dennis Grewe, S. Schildt
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引用次数: 7

Abstract

Vehicle-to-Cloud connectivity is opening up a vehicle's internal data and function portfolio to the outside world. This sets up new chances by being able to create new customer services that enable new business models and opportunities. However, current approaches for Vehicle-to-Cloud connectivity tend to build technological silos by being restricted to a single manufacturer or model, a single functionality or to the automotive domain which excludes seamless connectivity to other domains such as IoT or IT. Hence, a harmonized and generic cross-platform interface, a so called Vehicle Abstraction Layer, between the vehicle and the cloud has to be developed. A key issue within this task is the design of an abstract description of data and functionality provided by a vehicle. Such a description allows to automatically generate code in order to bind any vehicle being described to a cloud system. This paper introduces such an abstract description by using Eclipse Vorto, an open source device description framework. It also presents the technology used as well as a description scheme. Furthermore, the approach is illustrated by an example scenario.
在车辆和云之间引入统一的通用跨平台接口
车辆到云的连接正在向外部世界开放车辆的内部数据和功能组合。通过创建新的客户服务,从而实现新的业务模式和机会,从而创造新的机会。然而,目前车辆到云连接的方法往往会建立技术孤岛,被限制在单一制造商或型号,单一功能或汽车领域,而不包括与物联网或IT等其他领域的无缝连接。因此,必须在车辆和云之间开发一个统一的通用跨平台接口,即所谓的车辆抽象层。本任务中的一个关键问题是设计车辆提供的数据和功能的抽象描述。这样的描述允许自动生成代码,以便将所描述的任何车辆绑定到云系统。本文使用开源的设备描述框架Eclipse Vorto来介绍这样一个抽象的描述。本文还介绍了所使用的技术以及描述方案。此外,还通过一个示例场景说明了该方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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