Image-Based Plant Disease Detection by Comparing Deep Learning and Machine Learning Algorithms

Dr A. Vishwanath, D. Swathi, Y. Srikanya, K. J. Basha, B. Ramanjaneyulu
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Abstract

Plant diseases area unit the most issue two-faced in agriculture. As population can increase, the assembly of plants in addition can increase and due to plant diseases it's going to have a control on the assembly of food.The traditional methodology used for illness detection is knowledgeable visual observation. but it's very sophisticated to go look out the illness manually as a result of the time interval and knowledge of the plant's diseases. So, it had been necessary to develop a system that detected the illness in less time and value effective manner.We discuss the employment of machine learning and deep learning to sight diseases in plants automatically.Using a public dataset of fifty four,306 photos of pathological and healthy plant leaves collected below controlled conditions, we have a tendency to tend to coach a deep convolutional neural network to identify fourteen crop species and twenty six diseases (or absence thereof). The trained model achieves academic degree accuracy of 9ty nine.35% on a held-out take a glance at set, demonstrating the practicability of this approach. Overall, the approach of coaching job deep learning models on additional and additional large and publicly out there image datasets presents a clear path toward smartphone-assisted illness identification on a huge world scale.
比较深度学习和机器学习算法的基于图像的植物病害检测
植物病区单位是农业中最具两面性的问题。随着人口的增长,植物的聚集也会增加由于植物疾病,食物的聚集也会受到控制。用于疾病检测的传统方法是知识丰富的目视观察。但由于时间间隔和对植物疾病的了解,人工检测疾病是非常复杂的。因此,有必要开发一种快速、高效的疾病检测系统。我们讨论了机器学习和深度学习在植物病害自动识别中的应用。使用在受控条件下收集的54,306张病理性和健康植物叶片照片的公共数据集,我们倾向于训练深度卷积神经网络来识别14种作物物种和26种疾病(或没有疾病)。训练后的模型达到了99.9%的学位精度。35%的人外出时看一眼布景,证明了这种方法的实用性。总的来说,在越来越多的大型公开图像数据集上指导工作深度学习模型的方法,为在全球范围内实现智能手机辅助疾病识别提供了一条清晰的道路。
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