首页> 外文会议>Electromagnetic Compatibility Symposium Record, 1968 IEEE >From two-view motion equations to three-dimensional motion parameters and surface structure: A direct and stable algorithm
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From two-view motion equations to three-dimensional motion parameters and surface structure: A direct and stable algorithm

机译:从二维运动方程到三维运动参数和表面结构:一种直接且稳定的算法

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Given a set of corresponding points from two perspective projection images of a moving rigid object, this paper presents a direct and stable algorithm to solve for the parameters of the moving object. This involves determining the rotation, the translation direction and the relative depths of object points. Unlike previous algorithms (see [1]), the current algorithm does not require determining the mode of motion, i.e. if or not the motion is a pure rotation. As easily seen, it is hard or even impossible to determine the mode of motion in the presence of noise,
机译:从运动的刚性物体的两个透视投影图像中给定一组对应的点,本文提出了一种直接稳定的算法来求解运动物体的参数。这涉及确定对象点的旋转,平移方向和相对深度。与以前的算法不同(请参见[1]),当前算法不需要确定运动模式,即运动是否为纯旋转。显而易见,在存在噪声的情况下,很难甚至无法确定运动方式,

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