An Improved Soybean Foliar Disease Detection System using Deep Learning

Yatendra Kashyap, S. Shrivastava, Raju Sharma
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Abstract

India facing the issue of high rises in the prices of cooking oil. And soybean oil is the second most commonly used oil for cooking in India. But due to environmental hazards like heavy rain, floods etc and also due to diseases the growth ratio of many crops including soybean is reduced. Soya plant leaf diseases are a big problem in front of all farmers. The main issue of automatic detection is resolve in this research. Soya plant plants were mainly affected by the illness such as brown spot syndrome; bacterial blight and frog eye are the most deadly diseases of soybean. These diseases, if detected early and with the important treatment measures, limit the significant economic losses to the farmers. In this study, proposed models will successfully classify and detect the soya plant leaf disease using the CNN. Diseases symptoms were extracted from soya plant leaves and these images were then processed with the CNN classification and provide the higher accuracy of 95.09%. This model successfully identifies infected foliar regions efficiently.
基于深度学习的改进大豆叶面病害检测系统
印度面临着食用油价格高企的问题。大豆油是印度第二大常用的烹饪油。但由于暴雨、洪水等环境灾害和病害的影响,包括大豆在内的许多作物的生长率下降。大豆叶片病害是摆在广大农民面前的一个大问题。本研究解决了自动检测的主要问题。大豆植株主要受褐斑综合征等病害影响;青枯病和蛙眼病是大豆最致命的病害。如果及早发现这些疾病并采取重要的治疗措施,就可以减少对农民的重大经济损失。在本研究中,所提出的模型将利用CNN对大豆植物叶片病害进行分类和检测。从大豆植物叶片中提取病害症状,然后对这些图像进行CNN分类处理,准确率达到95.09%。该模型能够有效地识别出受感染的叶面区域。
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