基于眼底图像分割的青光眼自动诊断

P. M. Siva Raja, R. Sumithra, G. Thanusha
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引用次数: 2

摘要

青光眼是一种主要的疾病,它会损害眼睛的视神经,并导致永久性的视力丧失。视网膜照片评价在临床上被广泛应用于眼部异常的识别。因此,青光眼的早期定位非常重要。因此,分割是青光眼自动准确诊断的重要步骤。提出了一种奇异技术的图像分割方法,用于青光眼的精确检测。最初,从数据库中收集了各种各样的眼底快照。图像分割方法包含了预处理、图像分割和特征提取三个重要策略。采用图像分割技术对图像进行预处理,消除噪声伪影,得到高质量的改进图像。其次,采用informax增强聚类方法,将输入点分割成多个分段,提取兴趣元素的位置;然后,从分割的区域中提取特殊的科学能力,进行统计评估,以挑选青光眼疾病或正常。利用眼底图像数据库进行定性和定量分析,实现了图像分割方法。实验评估使用具有特殊参数的眼底照片数据集,以及峰值信噪比、疾病检测准确率、假奇妙率和疾病检测时间,并对各种照片进行识别。上述结果表明,图像分割方法以最小的时间消耗和最便宜的价格比最先进的策略获得了更高的青光眼检测精度
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic Glaucoma Diagnosis Based on Photo Segmentation with Fundus Images
Glaucoma is a prime sickness that damages the optic nerve of the eye and it additionally results in everlasting vision loss. Retinal photograph evaluation is comprehensively hired in the clinical area for the recognition of abnormalities in the eye. for this reason, it's far important to locate the glaucoma from the attention at an early stage. consequently, segmentation is a significant procedure for automatic glaucoma diagnosis in an accurate manner. a singular technique photo segmentation method is introduced for accurate glaucoma detection with minimal time consumption. initially, the wide variety of fundus snap shots is amassed from the database. The photo segmentation approach accommodates the three important tactics namely preprocessing, segmentation, feature extraction. The photo segmentation technique is carried out for photograph preprocessing to eliminate the noise artifacts and attain the high-quality improved photo. Secondly, the infomax enhance clustering method is applied to section the enter pix into the variety of segments to extract the place of hobby element. subsequently, the exceptional scientific capabilities are extracted from the segmented area and perform the statistical evaluation to pick out the Glaucoma sickness or normal. The proposed photo segmentation approach is carried out the usage of a fundus picture database for qualitative and quantitative analysis. Experimental assessment is finished using a fundus photograph dataset with exceptional parameters along with peak sign to noise ratio, sickness detection accuracy, false-wonderful rate, and disorder detection time with recognize to the variety of photographs. The mentioned consequences demonstrate that the photo segmentation approach achieves higher Glaucoma detection accuracy with minimum time consumption and fake-wonderful price than the nation -of -the -art strategies
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