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Learning probabilistic representation of shape recognition from volumetric grid

机译:从体积网格中学习形状识别的概率表示

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Since a camera only gets an observation of partial surface of an object, the recognition of the whole object from this single-view observation is imcomplete. To address this problem, we establish probability representation of surface shape recognition based on 3D data. For a number of objects, multiple Convolutional Neural Network (CNN) stuctures are used to extract local shape features and to fit probility representation. In experiments, computation effect of different network structures are compared and the feasibility of fitting probability representation using convolution neural network is verified. In most cases, recognition probability is very accurate.
机译:由于相机仅能观察到物体的部分表面,因此从此单视点观察中对整个物体的识别是不完整的。为了解决这个问题,我们基于3D数据建立了表面形状识别的概率表示。对于许多对象,使用多个卷积神经网络(CNN)结构来提取局部形状特征并拟合概率表示。在实验中,比较了不同网络结构的计算效果,并验证了使用卷积神经网络拟合概率表示的可行性。在大多数情况下,识别概率非常准确。

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