智能网联公交系统工程设计与应用

Engineering Design and Application of Intelligent Connected Bus System

摘要:

随着城市化进程的加速，城市交通面临拥堵、污染和能耗等挑战。为提升公共交通服务质量，满足现代城市需求，聚焦智能网联公交系统的工程设计。首先明确了智能网联公交系统的概念和体系架构，随后详细分析了系统各组成部分的功能设计要点，最后介绍了郑州郑东新区龙湖区无人驾驶公交项目的工程设计实践案例。研究实践表明，智能网联公交车、线路设计、智能中途站、智慧停车场、路侧设施和智能调度平台等核心模块是智能网联公交系统工程的设计要点，而车联网、车路协同和自动驾驶技术等则是实现公交车智能化管理和控制的关键技术支撑。可为智能网联公交系统工程设计提供一定的理论支持和实践指导，对于促进我国智能网联公交系统的技术进步和产业应用具有一定参考价值。

Abstract:

With the acceleration of urbanization, urban transportation faces challenges of congestion, pollution and energy consumption. To improve the quality of public transportation services and meet the demands of modern cities, the focus is on the engineering design of intelligent connected bus systems. Firstly, the concept and system architecture of intelligent connected bus systems are clarified. And then the design essentials on the functions of each system component are analyzed in detail. Finally, the engineering design practice case of the Driverless Bus Project in Longhu Area, Zhengdong New District, Zhengzhou is introduced. The research and practice show that core modules such as intelligent connected buses, route design, smart stops, intelligent parking lots, roadside facilities, and intelligent scheduling platforms are the design essentials of intelligent connected bus system project. Meanwhile, the technologies like vehicle networking, vehicle-road collaboration and autonomous driving are the crucial technical supports for the intelligent management and control of buses, which provides some theoretical support and practical guidance for the design of intelligent connected bus system project, and has the significant reference value for promoting the technological advancement and industrial application of intelligent connected bus systems in China.