An image processing based method to identify and grade conjunctivitis infected eye according to its types and intensity

Joydeep Tamuli, Aishwarya Jain, A. V. Dhan, Anupama Bhan, M. Dutta
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引用次数: 4

Abstract

Inflammation of the conjunctiva and pain and discomfort in the inner surface of the eyelids is referred to as Conjunctivitis. It causes severe pain, burning sensation or in extreme cases blindness of the eye. Normally conjunctivitis is detected by eye specialist doctors and their limited number makes it difficult for everyone to reach them and get themselves diagnosed. This paper describes an automatic efficient image processing based method to identify conjunctivitis infected eye from a normal eye and classify it according to its types. Some statistical and texture features were used and then followed by PCA for extraction of discriminatory features and then classified using supervised learning method such as multi-class SVM and KNN. The intensity of the infected eyes were also calculated using the significant red plane. Plotconfusion was used to calculate the accuracy and a high accuracy was achieved using this method. Also in addition this proposed method is efficient, computationally fast and costs very low.
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基于图像处理的结膜炎感染眼的类型和强度识别和分级方法
结膜的炎症以及眼睑内表面的疼痛和不适被称为结膜炎。它会引起剧烈的疼痛、灼烧感,在极端情况下会导致眼睛失明。通常情况下,结膜炎是由眼科专家医生检测出来的,他们的数量有限,很难让每个人都能找到他们并得到诊断。本文提出了一种基于图像自动处理的有效识别结膜炎感染眼和正常眼的方法,并根据其类型进行分类。利用统计特征和纹理特征,通过主成分分析提取判别特征,然后利用多类支持向量机和KNN等监督学习方法进行分类。用显著红平面计算感染眼的强度。采用Plotconfusion方法计算精度,获得了较高的精度。此外,该方法效率高,计算速度快,成本低。
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