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3D SYSTEM AND METHOD FOR AUTOMATIC SELECTION OF 3D ALIGNMENT ALGORITHMS IN A VISION SYSTEM

机译:在视觉系统中自动选择3D对等算法的3D系统和方法

摘要

Systems and methods are provided for selecting among 3D alignment algorithms in a 3D vision system. Such systems and methods include a runtime 3D range image having features of a runtime image or runtime object defined by at least a 3D point cloud, and a 3D camera assembly for obtaining a vision system processor. Training images are provided. This is defined by a 3D point cloud or 3D range image with the features of the model. The selection process is powered by the vision processor. The vision process analyzes at least one training area of the training image with the features of the model to determine the distribution of surface normals in the at least one training area. The vision process also selects at least one 3D alignment algorithm from the plurality of available 3D alignment algorithms, based on the nature of the distribution, to align the features of the model with respect to the features of the runtime object.
机译:提供了用于在3D视觉系统中的3D对准算法之间进行选择的系统和方法。这样的系统和方法包括具有至少由3D点云定义的运行时图像或运行时对象的特征的运行时3D范围图像,以及用于获得视觉系统处理器的3D相机组件。提供了训练图像。这由具有模型特征的3D点云或3D范围图像定义。选择过程由视觉处理器提供动力。视觉过程使用模型的特征分析训练图像的至少一个训练区域,以确定至少一个训练区域中的表面法线分布。视觉处理还基于分布的性质从多个可用的3D对准算法中选择至少一种3D对准算法,以相对于运行时对象的特征对准模型的特征。

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