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Recognition by humans and pigeons of novel views of 3-D objects and their photographs.

机译:被人类和鸽子识别出3-D对象及其照片的新颖视图。

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摘要

Humans and pigeons were trained to discriminate between 2 views of actual 3-D objects or their photographs. They were tested on novel views that were either within the closest rotational distance between the training views (interpolated) or outside of that range (extrapolated). When training views were 60 degrees apart, pigeons, but not humans, recognized novel views of actual objects better than their pictures. Further, both species recognized interpolated views of both stimulus types better than extrapolated views, but a single distinctive geon enhanced recognition of novel views only for humans. When training views were 90 degrees apart, pigeons recognized interpolated views better than extrapolated views with actual objects but not with photographs. Thus, pigeons may represent actual objects differently than their pictures.
机译:对人类和鸽子进行了训练,以区分实际的3D物体或其照片的2个视图。在新颖的视图上对它们进行了测试,这些视图位于训练视图之间最接近的旋转距离内(内插),或者位于该范围之外(外推)。当训练视角相差60度时,鸽子(而非人类)对实际物体的新颖视角胜于其图片。此外,两个物种都对两种刺激类型的内插视图的认识优于外推视图,但是单个独特的geon增强了对仅适用于人类的新颖视图的识别。当训练视图相隔90度时,鸽子对插值视图的识别要好于对实际物体而不是照片的插值视图。因此,鸽子代表的实际物体可能与其图片不同。

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