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Improved fuzzy-c means, Deep Belief Networks, and Morphological Operations in Object segmentation

机译:改进的Fuzzy-C手段,深度信念网络和对象分割中的形态运算

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摘要

The Object Detection is a very important application of Image Processing. Object detection has been one of the hottest issues in the field of Remote Sensing Image analysis. In this letter, inefficient Object Detection framework is proposed, which combines the strength of the unsupervised feature learning of Deep Belief Networks (DBNs) and Visual Saliency. This paper represents the research work is to propose an efficient object detection using the Fuzzy-c-means (MRF) and Deep Belief Networks based Image Segmentation. This research work is to increase the accuracy of the Object Detection. In, this it also integrate Fuzzy-c-means, Deep Belief Networks, and Morphological Operations in order to improve the Object segmentation rate.
机译:对象检测是图像处理的非常重要的应用。对象检测一直是遥感图像分析领域中最热门的问题之一。在这封信中,提出了一种效率不高的对象检测框架,该框架结合了深度信念网络(DBN)和视觉显着性的无监督特征学习的优势。本文代表的研究工作是提出一种基于模糊c均值(MRF)和基于深度信念网络的图像分割的有效目标检测。这项研究工作是为了提高目标检测的准确性。在其中,它还集成了模糊c均值,深度信念网络和形态运算,以提高对象分割率。

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