Crop diseases are a major threat to food security and their rapid identification is important to prevent yield loss. Swift identification of these diseases are difficult due to the lack of necessary infrastructure. Recent advances in computer vision and increasing penetration of smartphones have paved the way for smartphone-assisted disease identification. Most of the plant diseases leave particular artifacts on the foliar structure of the plant. This study was conducted in 2020 at Department of Computer Science and Engineering, University of Engineering and Technology, Lahore, Pakistan to check leaf-based plant disease identification. This study provided a deep neural network-based solution to foliar disease identification and incorporated image quality assessment to select the image of the required quality to perform identification and named it Agricultural Pathologist (Agro Path). The captured image by a novice photographer may contain noise, lack of structure, and blur which result in a failed or inaccurate diagnosis. Moreover, AgroPath model had 99.42% accuracy for foliar disease identification. The proposed addition can be especially useful for application of foliar disease identification in the field of agriculture.
翻译:作物疾病是粮食安全的一大威胁,快速识别作物疾病对于防止产量损失十分重要。由于缺乏必要的基础设施,很难快速识别这些疾病。最近计算机视力的进步和智能手机的日益普及为智能辅助疾病识别铺平了道路。大多数植物疾病在植物的叶子结构上留下特定文物。这项研究于2020年在巴基斯坦拉合尔工程和技术大学计算机科学与工程系进行,以检查叶子植物疾病识别。这项研究为花生病识别提供了深厚的神经网络解决方案,并纳入了图像质量评估,以选择进行识别所需的质量图像,并命名为农业病理学家(Agro Path )。由无名摄影师拍摄的图像可能含有噪音、结构缺乏和模糊,导致诊断失败或不准确。此外,农用石蜡模型在查明花生疾病方面准确度达99.42%。拟议添加的内容对于在农业领域应用花生病识别方法特别有用。