Study on 3D Motion-in-Depth Perception Based on Binocular Vision

Obtaining stereoscopic information is one of the basic abilities of human beings to perceive the world.Through stereo vision, we can judge the shape, size, distance, relative position of objects, as well as the direction and speed of changes in object motion information.Among them, the perception information of moving objects plays an important role in stereo vision perception.The acquisition of motion visual information is not only the key ability of biological vision systems to survive in a dynamic world, but also an important means for artificial vision systems to efficiently process stereoscopic video.Therefore, in order to design a 3 D depth motion perception model that conforms to the visual characteristics of human eyes, it is necessary to explicitly excavate the salient features of human perception of stereoscopic motion, so as to design experiments to explore.In this paper, motion stereo videos are designed as visual stimuli based on monocular and binocular cues, and subjective experiments are design