基于RTSJ的车联网网关研究

Teng Haikun, Liu Xinsheng, Li Lunbin
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引用次数: 0

摘要

为了促进车联网与互联网的融合,车联网网关在连接车联网与互联网方面发挥着重要作用。针对目前开发人员采用传统开发方法实现车联网网关软件的现状,介绍了一种新的实现方案——实时Java技术。本文以基于ARM Cortex-A57架构的AMD Opteron 1150处理器为核心构建了车联网网关的硬件平台,并给出了车联网系统的总体结构图和硬件连接方案。网关采用“4G+传感器网络技术/现场总线”的组网方案,在实时操作系统的基础上实现无线数据交互。此外,车联网的数据通信(三层通信结构)在完全兼容RTSJ的WebSphere Real Time开发平台上实现,从而实现汽车总线网络与互联网之间的数据共享。最后给出了设计的实现技术和系统验证。
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Research on Internet of Vehicles Gateway based on RTSJ
In order to promote the integration of automobile network and Internet, Internet of Vehicles gateway plays an important role in connecting vehicle-borne network and Internet. In view of the current developers using traditional development methods to achieve Internet of Vehicles gateway software, a new implementation scheme -- real-time Java technology is introduced. This paper takes the AMD Opteron 1150 processor based on the ARM Cortex-A57 architecture as the core to build the hardware platform of the Internet of Vehicles gateway, and gives the overall structure diagram and hardware connection scheme of the Internet of Vehicles system. The gateway adopts the networking scheme of "4G+ sensor network technology/field bus" and realizes wireless data interaction on the basis of real-time operating system. In addition, the data communication of Internet of Vehicles (three-layer communication structure) is realized on the WebSphere Real Time development platform that is fully compatible with RTSJ, so as to realize data sharing between the automobile bus network and the Internet. Finally, the implementation technology and system verification of the design are given.
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