A Novel Programmatic Hybrid 2D / 3D Image Segmentation and Labeling Methodology

Mike Busch, Andrew Funk, M. McIlvride, Trevor Thomas, Brian Fuller, Dan Blair, John Chapman
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引用次数: 0

Abstract

Three-dimensional image segmentation is used in an increasing number of applications, from big-ticket Hollywood films to automated manufacturing to autonomous vehicles. Automated image segmentation relies upon a properly trained deep learning model, which in turn depends upon accurately labelled input. However, the labelling process is very time-intensive and does not lend itself to automation. We set out to automate the labelling process for our specific image content, using Microsoft Kinect RGBD video as input. We created a 3D image segmentation and labelling process that starts with 2D object detection and segmentation. This process is suitable for batch pipeline processing and real-time streaming video. Software demonstrating streaming video processing is shown.
一种新的程序化混合二维/三维图像分割和标记方法
三维图像分割在越来越多的应用中得到应用,从好莱坞大片到自动化制造再到自动驾驶汽车。自动图像分割依赖于经过适当训练的深度学习模型,而深度学习模型又依赖于准确标记的输入。然而,标签过程是非常耗时的,不适合自动化。我们开始使用微软Kinect RGBD视频作为输入,自动化特定图像内容的标签过程。我们创建了一个3D图像分割和标签过程,从2D对象检测和分割开始。该工艺适用于批量流水线处理和实时流媒体视频。展示了演示流视频处理的软件。
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