Infrared thermal imaging technology is increasingly applied in the field of ADAS, providing strong support for intelligent driving systems due to its unique advantages. 

Infrared thermal imaging technology detects thermal radiation emitted from the surface of objects and converts it into visual images. This feature enables it to provide clear images for intelligent driving systems in complete darkness, adverse weather (e.g., rain, snow, fog, haze, etc.), and poor illumination such as headlight glare from oncoming vehicles. This capability greatly improves the visual perception of intelligent driving systems at night and in bad weather, helping to recognize pedestrians, animals, vehicles and other targets on the road, thus enhancing driving safety and reliability. 

ADAS(Advanced Driver Assistance Systems) need to accurately perceive their surroundings in order to make the right decisions. Infrared thermal imaging is capable of generating clear thermal images of both stationary and moving objects in near the vehicle, especially vulnerable road users (e.g., pedestrians, animals, etc.). Combined with AI systems, infrared thermal imaging can detect, classify, and identify different objects in these images, providing ADAS with rich environmental information. This enhanced environmental awareness helps the intelligent driving system to better understand and cope with complex traffic environments. 

In addition to improving visual and environmental perception, thermal imaging is also applied in onboard intelligent cockpit systems. By sensing the activity status of drivers and passengers, infrared thermography can manage vehicle HVAC systems (including air conditioning temperature, seat heating and interior ventilation, etc.) to ensure comfortable driving environment for the people in the vehicle. This application further enhances the intelligence level of ADAS, providing passengers with a more comfortable and convenient driving experience.