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3D object recognition from 2D invariant view sequence under translation, rotation and scale by means of ANN ensemble

机译:通过ANN集成从平移,旋转和缩放下的2D不变视图序列识别3D对象

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In this paper, we present a supervised multiple-weight neural network ensemble strategy for 3D object recognition from 2D multiple-view invariant sequence, so as to achieve omnidirectional information accumulation or solution in large-scale database. View information with transition in explicitly temporal order, is empirically selected for training set. On condition that requirements could not be met to a certain extent in one 3D object, more complicated training set is adopted in order to regrow and expand knowledge until satisfactory, without affecting knowledge acquired previously in other 3D objects. Simulation experiment for 3D object recognition from 2D view sequence achieved encouraging results, and proved effective and feasible in the approach proposed.
机译:本文提出了一种基于监督的多权重神经网络集成策略,用于从2D多视图不变序列进行3D对象识别,从而实现大规模数据库中的全方向信息积累或求解。根据经验,选择具有明确时间顺序转换的视图信息作为训练集。在一个3D对象无法在一定程度上满足要求的情况下,采用更复杂的训练集,以便在不影响先前在其他3D对象中获得的知识的情况下使知识增长并扩展到满意为止。从2D视图序列进行3D对象识别的仿真实验取得了令人鼓舞的结果,并且在所提出的方法中被证明是有效和可行的。

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