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Method, camera system and vehicle for generating at least one merged perspective image of a vehicle and surrounding areas of the vehicle

机译:用于生成车辆和车辆周围区域的至少一个合并透视图像的方法,相机系统和车辆

摘要

The present invention provides at least one merged perspective view image 24 representing a vehicle 1 and a peripheral area 4 of the vehicle 1 from a dynamically variable perspective P1 , P2 , P3 of a dynamic virtual camera 12 . A method for generating, wherein the merged perspective image (24) is based on a raw image (25) of at least two cameras (5a, 5b, 5c, 5d) and a perspective model (17) of the vehicle (10) A determination is made, the method comprising: a) determining whether the merged perspective image 24 includes an image area affected by at least one interfering signal, and if so, the image affected by the at least one interfering signal identifying a region; b) determining (S63) the severity of the interference signal (27) in the image region affected by the at least one interference signal; c) determining the significance of the interference signal 27 according to the viewpoints P1, P2, and P3 of the virtual camera 12 (S61); d) determining the degree of coverage of the image area affected by the interference signal by the model 17 of the vehicle 1 according to the viewpoints P1, P2, P3 of the virtual camera 12 (S62) step; e) reduce the disturbance signal 27 only if the severity exceeds a predetermined severity threshold and the severity exceeds a predetermined severity threshold and the degree of coverage remains below the predetermined coverage threshold ( 35). The invention also relates to a camera system (3) and a motor vehicle (1).
机译:本发明提供了至少一个合并的透视图图像24,其从动态虚拟相机12的动态可变透视P1,P2,P3从动态可变透视P1,P2,P3表示车辆1的外围区域4。一种用于产生的方法,其中合并的透视图像(24)基于至少两个摄像机(5a,5b,5c,5d)的原始图像(25)和车辆(10)a的透视模型(17)确定的方法,包括:a)确定合并透视图像24是否包括受至少一个干扰信号影响的图像区域,并且如果是,则由识别区域的至少一个干扰信号影响的图像; b)确定(S63)由至少一个干扰信号影响的图像区域中干扰信号(27)的严重程度; c)根据虚拟相机12的视点P1,P2和P3确定干扰信号27的重要性(S61); d)根据虚拟摄像机12的视点P1,P2,P3,确定由车辆1的模型17影响受干扰信号影响的图像区域的覆盖程度(S62)步; e)仅在严重程度超过预定的严重性阈值并且严重程度超过预定的严重性阈值并且覆盖程度保持低于预定覆盖阈值(35)时才会减少干扰信号27。本发明还涉及一种相机系统(3)和机动车辆(1)。

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