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Keratoconus Detection Algorithm using Convolutional Neural Networks: Challenges

机译:使用卷积神经网络的圆锥角膜检测算法:挑战

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Over the last few years, we are witnessing a development of image processing algorithms, which, alongside neuronal networks and Artificial Intelligence (A.I.) allowed their application in various medical fields. There is a great potential in having a safer, faster diagnosis, which oftentimes means saving more lives. The development of new mechanisms tailored to diagnosing keratoconus which make use of the latest machine vision technologies of a machine vision type as well as neuronal networks is of utmost necessity. The main contribution of this scientific paper lies in its analysis and study dealing with the importance of using neural networks within the field of ophthalmology, as well as in the representation of the neuronal algorithm when it comes to the detection of keratoconus. The detection algorithm needs to help the ophthalmologist by facilitating the correct diagnosis of early keratoconus, thus helping with the effective long-term management of keratoconus.
机译:在过去的几年中,我们目睹了图像处理算法的发展,该算法与神经元网络和人工智能(A.I.)一起被允许在各种医学领域中应用。有一个更安全,更快速诊断的巨大潜力,这通常意味着可以挽救更多生命。迫切需要开发专门用于诊断圆锥角膜的新机制,该机制利用机器视觉类型的最新机器视觉技术以及神经元网络。该科学论文的主要贡献在于其分析和研究,涉及在眼科学领域使用神经网络的重要性,以及涉及到圆锥角膜检测的神经元算法的表示。该检测算法需要通过帮助正确诊断早期圆锥角膜来帮助眼科医生,从而帮助对圆锥角膜进行有效的长期管理。

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