首页> 外国专利> SEGMENTATION AND CLASSIFICATION OF GEOGRAPHIC ATROPHY PATTERNS IN PATIENTS WITH AGE RELATED MACULAR DEGENERATION IN WIDEFIELD AUTOFLUORESCENCE IMAGES

SEGMENTATION AND CLASSIFICATION OF GEOGRAPHIC ATROPHY PATTERNS IN PATIENTS WITH AGE RELATED MACULAR DEGENERATION IN WIDEFIELD AUTOFLUORESCENCE IMAGES

机译:宽野自发荧光图像年龄相关黄斑变性患者地理萎缩模式的分割及分类

摘要

An automated segmentation and identification system/method for identifying geographic atrophy (GA) phenotypic patterns in fundus autofluorescence images. A hybrid process combines a supervised pixel classifier with an active contour algorithm. A trained, machine learning model (e.g., SVM or U-Net) provides initial GA segmentation/classification, and this is followed by Chan-Vese active contour algorithm. The junctional zones of the GA segmented area are then analyzed for geometric regularity and light intensity regularity. A determination of GA phenotype is made, at least in part, from these parameters.
机译:一种用于识别眼底自过荧光图像中地理萎缩(GA)表型模式的自动分割和识别系统/方法。 混合过程将具有活动轮廓算法的监督像素分类器组合。 训练有素的机器学习模型(例如,SVM或U-NET)提供了初始的GA分段/分类,其次是CHAN-VESE主动轮廓算法。 然后分析Ga分段区域的连接区域以进行几何规律性和光强度规律性。 至少部分地从这些参数中确定GA表型。

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