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DETECTION OF CROP LEAF DISEASES AND INSECT PESTSBASED ON IMPROVED FASTER R-CNN

机译:检测改善R-CNN改善的作物叶片疾病和昆虫

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Among the green and environmental protection methods of pest control, ecological control can not only reduce the land pollution caused using pesti- cides, but also ensure the green planting of crops. The ecological regulation and prevention of crop dis- eases and insect pests is not only a way to control diseases and insect pests, but also a way to protect the ecological system and rural ecological environ- ment. To protect the ecological environment of agri- culture and forestry, aiming at the problem that most of the existing methods are difficult to realize the rapid and high-precision recognition of the irregular areas of crop leaf diseases, a method of detecting crop leaf diseases based on Faster R-CNN is pro- posed. In this paper, the field crops under natural light as the research object, after the manual removal of redundant images, the collected crop and its leaf disease images were pre-processed. This includes cropping, normalization, image enhancement, and more to build universal data sets. This paper intro- duces the Faster R-CNN convolutional neural net- work into the detection of crop leaf diseases and in- sect pests, and improves the structure of Faster R-CNN. In this paper, residual network is used to ex- tract image features, and region proposal network uses sliding window mechanism to generate target candidate frames, which improves the model perfor- mance of Faster R-CNN. Based on Pytorch and the open source framework of MM detection, the exper- imental demonstration of the proposed method shows that the recognition accuracy and loss value of the proposed method are the best, and it is superior to other comparison methods, which can provide ref- erence for the accurate identification of crop leaf dis- eases.
机译:在绿色环保方法中的害虫防治中,生态控制不仅可以减少使用皮生物引起的土地污染,还要确保农作物的绿色种植。作物歧视和昆虫害虫的生态调节和预防不仅是控制疾病和害虫的一种方法,而且是保护生态系统和农村生态环境的方法。为了保护农业文化和林业的生态环境,旨在解决大多数现有方法的问题难以实现对作物叶片疾病不规则领域的快速和高精度识别,这是一种检测基于作物叶片疾病的方法在更快的R-CNN上是有利的。在本文中,自然光下的田间作物作为研究对象,在手动移除冗余图像之后,预处理收集的作物及其叶片疾病图像。这包括裁剪,归一化,图像增强以及更多构建通用数据集。本文介绍了较快的R-CNN卷积神经网络,进入作物叶片疾病和植物的检测,并改善了R-CNN的速度。在本文中,剩余网络用于除了图像特征,区域提案网络使用滑动窗口机制来生成目标候选帧,这改善了更快的R-CNN的模型性能。基于Pytorch和MM检测的开源框架,所提出的方法的实验说明表明,所提出的方法的识别精度和损耗值是最佳的,它优于其他比较方法,可以提供参考 - 完全识别作物叶片缺陷。

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