交通安全移动应用

Joni Jämsä, H. Kaartinen
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引用次数: 1

摘要

本文描述了Centria通过开发支持实时决策的移动应用程序来改善交通安全和交通流量的研究工作。Centria在其开发的移动应用程序中利用了广泛的移动设备内置功能。例如,Wi-Fi已用于车辆区域网络,3G/4G/LTE用于车辆到基础设施(V2I)通信,蓝牙用于获取OBD2信息。当所有这些功能通过一个自适应仪表板连接到一个设备中时,我们就拥有了一个强大的工具,可以在车辆环境中进行认知信息通信(CogInfoCom)。完全可编程的附加用户界面可以为驱动程序提供两个方向的通信通道。应用程序可以利用从多个来源收集的数据,并通过位置感知警报和通知以智能的方式支持驱动事件。由于它们独立于车辆技术,基于web的HTML应用程序和移动电话用户界面保证了绝大多数在交通中驾驶旧车的人能够接触到它们。Centria开发的应用程序将把这些老旧的车队完全带入智能交通系统(ITS)的环境中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobile applications for traffic safety
This paper describes Centria's research work on improving traffic safety and traffic flow by developing mobile applications to support real-time decision making. Centria has utilized a wide range of mobile device built-in capabilities in the mobile applications it has developed. For example, Wi-Fi has been used for vehicular area networking, 3G/4G/LTE for vehicle-to-infrastructure (V2I) communication, and Bluetooth for acquiring OBD2 information. When all these functionalities are connected into one single device with an adaptive dashboard, we have a powerful tool for cognitive infocommunication (CogInfoCom) in the vehicular environment. Fully programmable additional user interfaces can provide two direction communication channels for the driver. Applications can make use of the data gathered from multiple sources and support driving events in an intelligent way through location awareness alerts and notifications. Because they are independent of vehicle technology, web-based HTML applications and mobile phone user interfaces guarantee the potential to reach a vast majority of people driving older cars in traffic. Applications developed by Centria will bring this old car fleet fully into the context of intelligent transport systems (ITS).
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