To develop the latest advancements in automotive radar, Magna experts are monitoring everything from new medical applications for the technology to dash-cam videos depicting distracted-driving accidents on Instagram.
We watch dash-cam videos because they enhance our understanding of accident dynamics and graphically underscore the increasing demand for safety-related features that bundle radar, cameras and lidar. According to the World Health Organization, nearly 1.3 million people die each year in road accidents, with more than half of all road traffic deaths among pedestrians, cyclists and motorcyclists.
As we explore novel applications for radar inside the vehicle cabin, we are closely watching trends in hospitals and nursing homes. Radar technology, which is based on the use of radio waves, can be used to monitor a patient’s vital signs remotely without any contacts or wires – and can even detect falls. In the near future, radar sensors may determine if the driver is having a diabetic episode, seizure or heart attack by analyzing breathing patterns and heart rate.
Our research aims to enhance the safety and convenience features of a technology that was invented more than a century ago and is now used for everything from tracking weather conditions to the speed of baseball pitches. While radar initially made its way into vehicles in the 1990s through adaptive cruise systems, the next-generation radar has even greater potential inside and outside of the vehicle.
While traditional radar systems are capable of scanning the road and identifying the distance, direction and Doppler or relative velocity of objects, our ICON 4D Digital Radar takes this capability a step further. By scanning the environment in four dimensions, our radar system possesses the remarkable ability to detect a stalled car inside a dark tunnel or even spot a child running into traffic from behind a truck.
What sets our technology apart in the market is its unique ability to eliminate interference or jamming from other radars on nearby vehicles. As the number of vehicles equipped with radars continues to steadily grow, along with the increasing number of radars per vehicle, the interference mitigation capability not only enhances the performance of automated driving systems but also ensures a safer and more reliable experience.