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Black Measles Disease Identification in Grape Plant (Vitis vinifera) Using Deep Learning

机译:使用深度学习的葡萄植物(葡萄vinifera)的黑麻疹鉴定

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The most common diseases found in plants are the fungi infections/diseases. One of the common fungal diseases is Esca (Black Measles) which is found in the Grape Plants and can be easily identified as brown streaking lesions on any part of the leaf. The affected leaves can dry off completely and fall off from the plant prematurely which eventually results in death of the plant. In this work, an improved technique based on Deep Learning algorithm for identifying Esca Black measles in GrapeVines is proposed. The proposed method yields better performance and accuracy in detecting the disease, than past Machine Learning based approaches. Grape Plant dataset from PlantVillage Database is used for the work. The dataset contains total 1807 images (healthy and diseased). ResNet 50 architecture of Deep Neaural Network in combination with Transfer Learning and Fine Tuning was used to compute the results. The proposed system provides an accuracy of more than 97% and performed better than the existing approaches which are based on feature extraction methods.
机译:植物中发现的最常见的疾病是真菌感染/疾病。其中一种常见的真菌疾病是ESCA(黑色麻疹),其在葡萄植物中发现,并且可以在叶子的任何部分容易地识别为棕色条纹病变。受影响的叶子可以完全干燥并从植物中脱落,最终导致植物的死亡。在这项工作中,提出了一种基于深度学习算法的改进技术,用于识别葡萄树中ESCA黑色麻疹。该方法在检测到这种疾病方面具有比过去的机器学习的方法更好的性能和准确性。 Plantvillage数据库的葡萄植物数据集用于工作。数据集包含共1807张图像(健康和患病)。 Reset 50架构与转移学习结合的深度无核网络和微调,用于计算结果。所提出的系统提供了超过97%的准确性,并且比现有的方法更好地执行,这些方法是基于特征提取方法的现有方法。

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