Construct the radar/camera model of the vehicle electrical system through PreScan software, and then use the relevant test platform and match this sensor model to further simulate in the virtual environment through the model, hardware and real vehicle circuit test (MiL/HiL/ViL). To verify the software to explore or find out the design deficiencies or weaknesses of the sensing system or modules. It assists manufacturers to find out the problems caused by the sensor function limit or the controller's insufficient perception, to reduce unknown hazard scenarios, increase the safety margin of the product, and reduce risk and enhance product competitiveness.

1. Virtual scene and sensor model (Prescan) 

2. Construct the radar/camera model of the vehicle electrical system, and the model similarity is ≧85%; 

3. Verification platform car with real-time control framework and CAN/Etherent communication interface.

This technology can be applied to the sensors of passenger cars/commercial vehicles/buses and their corresponding advanced driver assistance systems and automatic driving system verification.

More and more manufactures start to develop ADAS and ADS, but most of them lack of a comprehensive environment to verify the control algorithm. The establishment can assist system suppliers to verify system functions for problem shooting and algorithm improving. Not only can the competitiveness be strengthened, but also the development cycle and testing risk could be reduced.