Thermal imaging development kit based on Boson thermal imaging movement FLIR for autonomous driving

More than 1 million people worldwide die from traffic accidents every year, and 30 to 50 million people are injured in traffic accidents. Therefore, it is extremely urgent to develop autonomous vehicles and improve their reliability.

Losing friends, family, or neighbors in a traffic accident is unacceptable and suffers from economic losses associated with casualties. Given that 90% to 95% of tragedies are caused by human error, the potential benefits of self-driving cars are obvious. According to James Consulting, FLIR recently released a new high-resolution thermal imaging vehicle development kit (ADK), which will be highly dependent on autonomous vehicles in the future. This new product will play an important role in this autonomous driving competition. effect.

technology

Currently, autonomous vehicles and autonomous driving solutions use a variety of sensors to collect instant information from the car's surroundings. But they all have some common flaws that can be solved by using them in combination with thermal imaging technology. As the only passive infrared sensor in the automotive industry that meets the vehicle standard and has been mass-produced, the FLIR sensor has been applied to many vehicles including General Motors, Peugeot, Mercedes-Benz, Audi and BMW, as well as automobiles. System accessories are available in the aftermarket. As an ideal sensor technology for detecting pedestrians, animals and other vehicles, thermal sensors "see" the farthest distance up to four times the standard headlight range. Thermal imaging technology can help drivers and future self-driving cars to see more clearly in challenging environments such as darkness, glare, fog, smoke and haze.

solution

FLIR's new high-resolution thermal imaging automotive development kit (ADK) features a high-performance FLIR Boson thermal imaging calibre for automotive manufacturers, Tier 1 automotive component suppliers and Advanced Driver Assistance Systems (ADAS) innovators Provide unique performance. FLIR's ADK allows developers to easily add cost-effective long-range thermal imaging cameras to their ADAS development vehicles, which will help increase the reliability and redundancy required for autonomous vehicles.

FLIR's latest ADK is compatible with the developer ecosystem of the NVIDIA DRIVE self-driving car platform. The ADK is equipped with a high-resolution FLIR Boson movement and is equipped with the Intel Movidius Myriad 2 vision processing unit. It is FLIR's only compact and rugged package that meets the requirements of the car, matching low-power multi-core vision processing. The camera module.

As the world moves toward autonomous vehicles, the ADK will enable automakers to take advantage of critical thermal imaging images and data analysis to help the automotive industry improve the reliability and redundancy required for autonomous vehicles, making autonomous driving A daily security solution for millions of people around the world.