In response to the global development trends of intelligent vehicles, this verification technology can assist autonomous driving technology developers in shortening their development timelines. By aligning with internationally recognized integration testing for autonomous vehicle systems, it promotes the advancement of intelligent automotive electronics technology and contributes to the establishment of Taiwan's next-generation automotive electronics industry chain. The technology provides internationally standardized testing targets, such as target vehicles, motorcycles, bicycles, and pedestrian dummies, for full-vehicle performance testing of automotive electronic systems. This technology reduces the risks associated with real-vehicle testing, enhances the safety of testing personnel, strengthens the independent development capabilities of domestic industries, and facilitates technological advancement and entry into international markets.

1.The pedestrian targets replicate the characteristics of real people and comply with international standards such as ISO 19206-2, Euro NCAP, CNCAP, and JNCAP. 

2.The bicyclist target replicate the characteristics of the real person and the bicycle, and comply with international standards such as ISO 19206-4, Euro NCAP, CNCAP, and JNCAP. 

3.The motorcyclist target corresponds to the L3 detection target of the United Nations regulations and complies with international standards such as ISO 19206-5 WD and Euro NCAP.

4.The soft target car body combines realistic skin and radar reflectivity, complies with international standards such as ISO 19206-3 and Euro NCAP, and has been adopted by Euro NCAP and NHTSA as a global vehicle target for ADAS testing.

5.The large mobile platform is equipped with a soft target vehicle, with a maximum speed of 80 km/h.

6.The small mobile platform carries pedestrians, cyclists or motorcyclist puppets, with a maximum speed of 80 km/h.

This verification technology can be applied to the on-vehicle performance testing of products equipped with Advanced Driver Assistance Systems (ADAS) or intelligent automotive electronic systems integrated into complete vehicles.

In response to the development trends of intelligent vehicles, verification technology that meets international testing standards can provide innovative product reliability validation services. In the future, it is expected to assist domestic manufacturers in conducting testing and validation at local professional laboratories and obtaining reports, thereby accelerating their development timelines, saving time and costs, and ultimately promoting the upgrading of the domestic automotive industry’s independent development capabilities and facilitating entry into the international market.