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Evaluation of Different Image Segmentation Methods With Respect to Computational Systems

机译:关于计算系统的不同图像分割方法的评估

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摘要

Image segmentation is a fundamental step in the modern computational vision systems and itsgoal is to produce amore simple and meaningful representation of the image making it easier toanalyze. Image segmentation is a subcategory of image processing of digital images and,basically, it divides a given image into two parts: the object(s) of interest and the background.Image segmentation is typically used to locate objects and boundaries in images and itsapplicability extends to other methods such as classification, feature extraction and patternrecognition. Most methods are based on histogram analysis, edge detection and regiongrowing.Currently, other approaches are presented such as segmentation by graph partition,using genetic algorithms and genetic programming. This paper presents a review of this area,starting with taxonomy of the methods followed by a discussion of the most relevant ones.
机译:图像分割是现代计算视觉系统中的基本步骤,其目标是对图像进行更简单,有意义的表示,使其更易于分析。图像分割是数字图像的图像处理的子类别,基本上将给定图像分为两部分:感兴趣的对象和背景。图像分割通常用于定位图像中的对象和边界,其适用性得到扩展其他方法,例如分类,特征提取和模式识别。多数方法是基于直方图分析,边缘检测和区域增长的。目前,还提出了其他方法,例如通过图形划分,使用遗传算法和遗传编程进行分割。本文首先对方法进行分类,然后再讨论最相关的方法,从而对这一领域进行综述。

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