京雄高速（河北）测试示范项目启动

最佳答案

The project aims to explore the frontiers of highway intelligent development and advance innovative operating models in高速公路 management through real-world testing of self-driving technology.

Professor Y丹亚 from Tsinghua Automative Sciences has noted that this project originates from a combination of policy support, market needs, and technological advancements. Policy influence supports the growth of smart traffic development; enterprises aim to enhance their innovation by leveraging self-driving to expand business avenues; while technological improvements provide the necessary power for car-to-road integration.

The core content of the project is divided into three key areas:

1. Scientific and overall planning: This involves analyzing the current state of高速公路 and developing key technologies.
2. Safety and application development (_intersectional): Includes完善ing autonomous roadsignatures, implementing self-driving integrated with vehicle-to-公路 systems, and providing navigation services such as匝道 integration management and offering information services.
3. Technical research and testing (varied levels): This covers testing for self-driving, assistive driving, and pure self-driving at different levels.

This collaborative effort between the Chinese University of Hong Kong's Tsinghua Automative Sciences lab and four other companies:

• 河北清华 development研究院 as the leading entity.
• Tsinghua Automative Sciences.
• Carl Dynamics Technology Co., Ltd..
• Beijing Star云互联 Technology Co., Ltd..

They will work together to advance self-driving technology on highways while ensuring safety during testing.

As self-driving projects are increasingly demonstrated and accepted globally, the integration of car-to-road (C-R-L) systems has emerged as a powerful force in this area. It not only enhances safety and efficiency but also promotes the widespread adoption of new technologies.