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Automatic Visual Impairment Detection System for Age-related Eye Diseases through Gaze Analysis

机译:通过凝视分析自动视觉损伤检测系统

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Visual impairment associated with Age-related Macular Degeneration (AMD) often results in a central scotoma which is an alteration in the central vision, leading to distortion or loss of vision. Current methods for assessing visual performance such as Amsler grid and Microperimetry are typically manual and have limitations as an indicator of visual field. In this paper, we present an automated system for detecting visual impairment through gaze tracking (AVIGA). Two types of assessments namely, Impulse Stimuli Response (ISR) test and Pursuit Stimuli Response (PSR) test were implemented in AVIGA system. A Support Vector Regression (SVR)-based approach is applied on the assessment results to differentiate the severity of visual impairment. The results show that AVIGA system is well-correlated to visual acuity test (VA) and performs better in identifying presence of visual impairments in eyes, compared to Microperimetry.
机译:与年龄相关的黄斑变性(AMD)相关的视觉损伤经常导致中央苏格兰,这是中央视觉的改变,导致视力失真或丧失。用于评估AMSLER电网和微型仪等视觉性能的当前方法通常是手动的,并将其限制为视野的指标。在本文中,我们介绍了一种通过凝视跟踪(Aviga)检测视觉损伤的自动化系统。两种类型的评估即脉冲刺激反应(ISR)测试和追踪刺激反应(PSR)试验在Aviga系统中实施。基于支持向量回归(SVR)的方法应用于评估结果,以区分视力障碍的严重程度。结果表明,与视力试验(VA)相比,Aviga系统与视力测试更好地表现出与微孔的相比识别眼中的视觉损伤的存在。

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