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Vehicle-road collaboration system and its application
Vehicle-road collaboration and intelligent interconnection empower traffic safety and efficiency.
Type
Infrastructure
Tags
Other resource gains
Basic disciplines of information science and systems science
Road engineering other disciplines
Data collection and analysis in vehicle-road collaborative environment
Various proactive security experiments
Applicable industry
Water conservancy, environment and public facilities management
Applications
Transportation
Key innovations
The vehicle-road collaboration system innovatively integrates DSRC, 3G and RFID technologies to achieve comprehensive vehicle-vehicle, vehicle-road communication and data collection.
Potential economic benefits
The system can significantly reduce transportation costs and time by improving transportation efficiency and reducing congestion. Proactive safety features reduce accident rates, reduce casualties and property damage, and save medical and insurance expenses. Optimize public transportation operations, improve service efficiency and reduce operating costs.
Potential climate benefits
Vehicle-road collaboration directly reduces fuel consumption and reduces greenhouse gas emissions by optimizing traffic flow, reducing congestion and improving vehicle operating efficiency.
Solution supplier
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Tongji University
Tongji University
Tongji University: The national "double first-class" construction university uses advantageous disciplines such as civil engineering, architecture, transportation, and environment to cultivate innovative talents to serve national construction and sustainable urban development.
Shanghai,China
Solution details

The vehicle-road collaboration system aims to realize "dialogue" between vehicles and vehicles, and between vehicles and roadside equipment. Vehicle-road collaboration has become an important subsystem and development direction of ITS, which can provide technical support for vehicle-road collaborative control, active traffic safety, intelligent public transportation, and vehicle networking systems.

(1)Support a variety of active safety experiments: By integrating DSRC and 3G wireless technology, we support vehicle-vehicle and vehicle-road communication basics @ various active safety experiments, such as intersection collision avoidance systems, construction area warning systems, dilemma area traffic assistance systems, speed g guidance systems, etc.

(2)Support the collection and analysis of data in a vehicle-road collaborative environment: Support the collection of on-site traffic and road environment data under multiple communication modes and transmit it to the control center in real time; also support the use of RFID technology for traffic status and event collection.

(3)Support real-time online vehicle-road collaborative simulation: docking with the control laboratory, you can obtain real data from the field for model calibration. At the same time, through closed-loop control, the results of simulation optimization are fed back to the field system in real time.


Last updated
11:37:44, Nov 04, 2025
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