Deep Learning Methods for Image Segmentation Containing Translucent Overlapped Objects

Tayebeh Lotfi Mahyari, R. Dansereau
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引用次数: 2

Abstract

Convolutional neural networks(CNN) are a subset of deep learning methods recently used widely for image segmentation. SegNet network [4] has shown interesting results for semantic segmentation, but it is designed to segment images with non-overlapped objects. However in some data translucent regions partially overlap. Having overlapped regions will cause methods not designed for overlapped objects to perform poorly or not work at all. To our knowledge no CNN has been designed yet to segment partially overlapped translucent objects.In this paper, we have designed a CNN to segment partially overlapped translucent regions. We used SegNet [4] as transfer learning for our overlapped image segmentation method. We also designed a new CNN with a simpler network for our data. Results on synthetic images give more than 95% segmentation accuracy for both methods.
包含半透明重叠对象的图像分割的深度学习方法
卷积神经网络(CNN)是近年来广泛用于图像分割的深度学习方法的一个子集。SegNet网络[4]在语义分割方面显示了有趣的结果,但它的设计目的是分割具有非重叠对象的图像。然而,在一些数据中,半透明区域部分重叠。有重叠的区域将导致不是为重叠对象设计的方法执行不佳或根本无法工作。据我们所知,CNN还没有被设计成分割部分重叠的半透明物体。在本文中,我们设计了一个CNN来分割部分重叠的半透明区域。我们使用SegNet[4]作为我们的重叠图像分割方法的迁移学习。我们还为我们的数据设计了一个更简单的网络。在合成图像上,两种方法的分割准确率均在95%以上。
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