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A fuzzy neural network approach for quantitative evaluation of mura in TFT-LCD

机译:TFT-LCD中村庄定量评价的模糊神经网络方法

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Mura is a typical region defect of TFT-LCD, which appears as low contrast, non-uniform brightness regions, typically larger than a single pixel. It is caused by a variety of physical factors such as non-uniformly distributed liquid crystal material and foreign particles within the liquid crystal. As compared to point defect and line defect, mura is relatively difficult to be identified due to its low contrast and no particular pattern of shape. Though automatic inspection of mura was discussed in many literatures, there is no an inspection method could be used to practical application because the defect models proposed were not consistent with the real ones. Since mura is of strong complexity and vagueness, so it is difficult to establish the accurate mathematical model of mura. Therefore, a fuzzy neural network approach for quantitative evaluation of mura in TFT-LCD is proposed in this paper. Experimental results show that a fuzzy neural network is very useful in solving such complex recognition problems as mura evaluation.
机译:穆拉是TFT-LCD的典型区域缺陷,其看起来低对比度,不均匀的亮度区域,通常大于单个像素。它是由诸如非均匀分布的液晶材料和液晶内的外颗粒的各种物理因素引起的。与点缺陷和线路缺陷相比,由于其低对比度和不具体的形状模式,因此尤其难以识别。虽然在许多文献中讨论了Mura的自动检查,但没有一种检测方法可以用于实际应用,因为提出的缺陷模型与真实的模型不一致。由于穆拉具有强烈的复杂性和模糊性,因此很难建立穆拉的准确数学模型。因此,本文提出了一种用于TFT-LCD中静脉定量评估的模糊神经网络方法。实验结果表明,模糊神经网络在解决如Mura评价中的复杂识别问题非常有用。

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