显微图像分割:综述

Bhupendra S. Deshmukh, V. Mankar
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引用次数: 20

摘要

显微载玻片的筛选是一个涉及其主观性的人工过程。以计算机为基础的半自动化系统可以通过更高的可靠性来检测筛选错误。显微图像分割的目的是提取细胞、细胞核和组织成分。这个问题具有挑战性,因为每个细胞的准确分割是一项艰巨的任务,并且每个组件的特征变化很大。本文试图对显微图像的各种分割方法进行综述。现有的方法按其在以下病理学领域之一的应用分组:细胞学和组织学。本文的分析有助于更好地利用现有方法,提高现有方法的性能和设计新的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Segmentation of Microscopic Images: A Survey
Screening of microscopic slides is a manual process which involves its subjectivity. A semi-automated computer based system can contribute to the detection of screening error by the way of greater reliability. The objective of segmentation in microscopic image is to extract cellular, nuclear and tissue components. This problem is challenging because accurate segmentation of each cell is a difficult task and there is large variations in feature of each component. In this paper an attempt is made to overview various segmentation methods for microscopic images. The existing methods are grouped by their application in one of the following pathologist field: Cytology and Histology. This analysis is helpful for the better use of existing method and for improving their performance as well as designing new one.
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