基于边缘云协同技术的城市智能交通综合控制系统体系结构设计及关键技术研究

Fenxin Zhang, Keshuang Tang, Huixin Zhang, Peng Zhang
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引用次数: 0

摘要

随着车路协同技术的发展和无人驾驶汽车的普及,智能汽车和智能道路给城市智能交通系统带来了广泛的影响,使城市智能交通系统在前端设备感知、前端和后端信息交互、交通协同指挥控制等方面都发生了巨大的变化。本文主要研究城市智能交通车路协同的新应用场景。以边缘云协同技术为核心,采用容器云技术构建系统,支持边缘智能分析、云大数据融合和系统设计理论、实现方法及相关协同技术的多层次部署。最后,开发了面向城市智能交通管理的云、边、端一体化管控系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Architecture Design and Key Technology Research of Urban Intelligent Transportation Integrated Control System Based on Edge Cloud Cooperation Technology
With the development of vehicle-road collaborative technology and the popularity of unmanned vehicles, smart cars and smart roads have brought a wide range of impacts on urban intelligent transportation systems, which has made great changes in front-end equipment perception, front-end and back-end information interaction, and traffic collaborative command and control. This paper mainly studies the new application scenarios of urban intelligent transportation vehicle-road collaboration. With edge-cloud collaboration technology as the core, the container cloud technology is used to construct the system, which supports edge intelligent analysis, cloud big data fusion and multi-level deployment of system design theory, implementation methods and related collaborative technologies. Finally, the integrated management and control system of cloud, edge and end for urban intelligent transportation management is developed.
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