System and method for detecting surprising events in vehicles
A technology for accident detection and detection system, applied in vehicle components, registration/indication of vehicle operation, error detection/correction, etc., which can solve problems such as ADAS systems reducing ADAS systems
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[0020] Cars are increasingly using advanced driver assistance systems (ADAS systems) to support drivers and automate driving tasks. ADAS systems typically include sensors such as radar sensors, lidar sensors, and machine vision cameras. The sensors may be used to identify the road and / or lane ahead, as well as objects such as other cars or pedestrians around the vehicle, such as cars or pedestrians in the path of the host vehicle. These advanced driver assistance systems can warn drivers who are leaving their lane or about to collide with a vehicle in front. More recently, ADAS systems can also assume control of the vehicle, for example, by applying the brakes to avoid or mitigate an impending collision or applying torque to the steering system to prevent the host vehicle from drifting out of its lane.
[0021] However, ADAS systems can be prone to sensor failures and inconsistencies. For example, machine vision cameras may sometimes see "ghosts," or otherwise identify objec...
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