FIELD: physics.
SUBSTANCE: traffic-light recognizer (100) receives (11) the image data (D08), forming an image of the vehicle environment, detects (12) the vehicle own position and detects, in the image, the traffic-light near the vehicle. The traffic-light recognizer identifies (23) two or more traffic-lights that, as predicted, are to be captured in the image, based on the home position information (D05) and map information (D02) containing the position information on the traffic-lights, and assigns (24) the priority level to each of the two or more traffic-lights identified in this way, based on the probability of blocking the traffic-light in the visibility zone. When two or more traffic-lights are identified, the traffic-light detected (15) in the image is the traffic-light with the highest priority level among two or more traffic-lights.
EFFECT: improving the probability of detecting traffic-lights, when it is predicted to capture two or more traffic-lights in the image.
9 cl, 12 dwg
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Authors
Dates
2017-12-22—Published
2014-05-20—Filed