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Rapid and Accurate Surface Mesh Reconstruction From Datasets Based on NN

机译:基于NN的数据集快速准确的表面网格重建

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We consider the problem of reconstructing the 3D coordinates of a moving point seen from a monocular moving camera, i.e., to reconstruct moving objects from line-of-sight measurements only. In this paper, a new approach for the automatic reconstruction from an unorganized points is presented, where first an artificial neural network is used to order the data and form a grid of control vertices with triangle topology. The new approach makes possible the construction of adapted geometric meshes for surfaces by specifying the element sizes (and directions) so as to bound the error below a user-given threshold value .The experimental results show that our methods are accurate and simple to implement.
机译:我们考虑重建从单眼移动摄像机(即,仅从视线测量重建移动物体的移动点的3D坐标的问题。在本文中,提出了一种新的自动重建从无组织点重建的方法,其中首先使用人工神经网络来订购数据并用三角形拓扑形成控制顶点的网格。通过指定元素尺寸(和方向)来使表面适用于表面的适应性几何网格,以便在低于用户给定的阈值的情况下粘合。实验结果表明我们的方法是准确且易于实现的。

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