Vehicles equipped with rearview cameras have a better view of their surroundings than traditional side mirrors. It changes the strength, direction, and rotation of the headlights depending on the vehicle’s environment and darkness.Īutomatic parking helps inform drivers of unseen areas so they know when to turn the steering wheel and stop. This new headlight application detects the lights of other vehicles and redirects the vehicle’s lights away to prevent other road users from being temporarily blinded.Īdaptive light control adapts the vehicle’s headlights to external lighting conditions. Glare-free high beam and pixel light uses sensors to adjust to darkness and the vehicle’s surroundings without disturbing oncoming traffic. Advanced cruise control can automatically accelerate, slow down, and at times stop the vehicle, depending on the action’s other objects in the immediate area. These are some of the most common ADAS applications:Īdaptive cruise control is particularly helpful on the highway, where drivers can find it difficult to monitor their speed and other cars over a long period of time. It can analyze streaming video in real time, recognize what the video shows, and determine how to react to it. This technology can physically respond faster than a human driver ever could. Sensor fusion, similar to how the human brain process information, combines large amounts of data with the help of image recognition software, ultrasound sensors, lidar, and radar. The implementation of cameras in the vehicle involves a new AI function that uses sensor fusion to identify and process objects. Today, ADAS systems actively improve safety with the help of embedded vision by reducing the occurrence of accidents and injury to occupants. Significant automotive safety improvements in the past (e.g., shatter-resistant glass, three-point seatbelts, airbags) were passive safety measures designed to minimize injury during an accident.
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