Measuring trajectory

M. Jenkin, A. Jepson
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引用次数: 4

Abstract

The authors address the task of measuring the trajectory of structure in three-space without prior form recognition. They demonstrate how binocular detectors can be constructed that are tuned to particular interocular velocity combinations. These 'trajectory detectors' respond over a range of disparities (they are not tuned to a particular disparity), and signal the motion of structure in the environment with a particular trajectory in disparity space. The measured trajectory could be used by later processes to segment an image based on coherence in three-dimensional motion of structure, or to quickly determine if the trajectory of an object presents a possible threat to the observer.<>
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测量轨迹
作者解决了在没有事先形式识别的情况下测量三维空间结构轨迹的任务。他们演示了双目探测器是如何被构造成能够适应特定眼间速度组合的。这些“轨迹探测器”对一系列的视差做出响应(它们不会调谐到特定的视差),并在视差空间中以特定的轨迹发出环境中结构运动的信号。测量的轨迹可用于后期处理,以基于结构三维运动的相干性分割图像,或快速确定物体的轨迹是否对观察者构成可能的威胁。
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Motion estimation from points without correspondences from orthographic projections Object tracking with a moving camera Stereo/motion cues in pre-attentive vision processing-some experiments with random-dot stereographic image sequences Second-order motion perception: space/time separable mechanisms A parallel motion algorithm consistent with psychophysics and physiology
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