Advanced Technology Research Institute of Intelligent Network Vehicle

The Institute of Advanced Technology for Intelligent Network United Vehicles mainly focuses on complex environment perception, multi-source heterogeneous data fusion, high-precision positioning and dynamic control of intelligent vehicles.

Main research directions:

1. Intelligent Vehicle Complex Environment Perception and Behavior Recognition Technology

2. High Precision Positioning and Navigation Technology for Intelligent Vehicle

3. Advanced Dynamics Control Theory and Method for Intelligent Vehicle

4. Multi-sensor Information Fusion Technology for Intelligent Vehicle

5. Decision-making and Control Technology of Intelligent Vehicle in Cooperative Vehicle Infrastructure System

Institute of Traffic Big Data and Safety Control

The Institute of Traffic Big Data and Safety Control mainly focuses on road traffic safety and big data, road traffic accident chain and driving behavior, active safety and assistant driving, multi-data processing and active driving service.

Main research directions:

1. Vehicle Active Safety Control Technology

2. Traffic Big Data Application Technology

3. Key Technologies of Vehicle-Road Collaboration

4. Vehicle Intelligent Networking Technology

5. Network Traffic Flow in Mixed Traffic Environment

Intelligent Network Vehicle Simulation Laboratory

Relying on the operation of Jiangsu Intelligent Vehicle and Operation Engineering Research Center, the Intelligent Network Vehicle Simulation Laboratory pays equal attention to both basic research and applied research, features intelligent network and combines software and hardware. Based on the principle of physical modeling and numerical simulation with both accuracy and efficiency, the platform uses advanced virtual reality technology to realistically simulate various driving environments. To support the development, testing and verification of technologies and products such as vehicle dynamics and performance, unmanned driving, environmental awareness, man-machine co-driving and active safety system in an efficient and high-precision digital simulation environment.