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Correlating the Machine Learning Models for Automatic Error Detection and Correction in Medical Images

机译:关联机器学习模型以自动识别和纠正医学图像中的错误

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Medical image has always been considered as a significant research area when it comes to advanced analysis in the critical disease diagnosis process. There has been massive archival of research works based on the medical image concerning the classification and analysis. In this regard, this paper has identified two core techniques that have been frequently used over images viz. i) optical character recognition and ii) machine learning. Both the system has its own benefits and limitation as witnessed in many research works. The contribution of this paper is to find out an essential correlation between these two frequently used models over images so that a novel form of solution can be developed in future applications based on medical images. This paper briefs all the essential information available on the existing approaches of both the system focusing mainly on both the error correction methods and learning methods. It is anticipated that the finding of this paper will assist in deploying a better decision to choose machine learning and it's applicability shortly.
机译:在关键疾病诊断过程中进行高级分析时,医学图像一直被视为重要的研究领域。基于医学图像的有关分类和分析的研究工作已有大量档案。在这方面,本文确定了在图像上经常使用的两种核心技术。 i)光学字符识别和ii)机器学习。正如许多研究工作所证明的,这两种系统都有其自身的优点和局限性。本文的作用是找出图像上这两个常用模型之间的本质相关性,以便可以在未来基于医学图像的应用中开发一种新颖的解决方案形式。本文简要介绍了有关系统现有方法的所有基本信息,主要侧重于纠错方法和学习方法。可以预期,本文的发现将有助于做出更好的选择机器学习的决策,并且很快就会适用。

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