张国凌



摘 要:智能网联汽车技术成为汽车产业发展的必然趋势。智能网联汽车,即自主式自动驾驶汽车+网联式汽车。自主式自动驾驶汽车可以使用各种传感器保证自车与其他车辆、其他物体的安全距离;网联式汽车则可实现车与车、车与设施、车与人、车与互联网的实时在线通信。本文主要是针对智能网联汽车自制实验教学设备研制的意义、方法、内容、工作原理、技术路线、教学实验功能、开发成果和创新点等内容进行分析和探究,希望给予我们汽车服务工程专业的实践教学和汽车爱好者以些许参考和借鉴。
关键词:智能网联汽车 原理 实验教学 设备 创新
Research on Experimental Teaching Equipment of Automobile Based on Intelligent Network
Zhang Guoling
Abstract:Intelligent and connected automobile technology has become an inevitable trend in the development of the automobile industry. Intelligent connected cars is also referred to as autonomous self-driving cars + connected cars. Autonomous self-driving cars can use various sensors to ensure a safe distance between their own cars and other vehicles and other objects; connected cars can realize real-time online communication between cars, cars and facilities, cars and people, and cars and the Internet. This article mainly analyzes and explores the meaning, method, content, working principle, technical route, teaching experiment function, development results and innovation points of the development of self-made experimental teaching equipment for intelligent networked vehicles, and hopes to give some reference to practical teaching and car enthusiasts.
Key words:intelligent connected vehicle, principle, experimental teaching, equipment, innovation
1 智能網联汽车实验教学设备研制的意义
2020年2月24日,由国家发改委、中央网信办、科技部、工信部、公安部、财政部、自然资源部、住建部、交通运输部、商务部、国家市场监管总局等11个部委联合下发《智能汽车创新发展战略》,从国家战略层面明确了智能网联汽车产业的发展地位,为智能汽车产业的未来发展指明方向,引起了国内智能网联汽车全产业链的广泛关注。《战略》中指出,到2025年,中国标准智能汽车的技术创新、产业生态、基础设施、法规标准、产品监督和网络安全体系将基本形成,能够实现有条件自动驾驶的智能网联汽车达到规模化生产,实现高度自动驾驶的智能网联汽车在特定环境下市场化应用。电动化、智能化、网联化和共享化在近十年间,已经成为汽车行业发展的主流趋势,行业转型和变革正走向深化,而此时《战略》的出炉,更是顺应了这一趋势,这对于汽车电子行业、汽车智能网联技术服务行业来说,无疑是巨大的机遇,其发展必然带来相关产业和人类生活的深度变革。……