A Convolutional Neural Network Approach to Recognize the Insect: A Perspective in Bangladesh

Md. Imran Hossain, Bidhan Paul, A. Sattar, M. Islam
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引用次数: 8

Abstract

In Bangladesh huge amount of agricultural products are destroying by the pests every year due to lack of poor knowledge about pest detection. As we know that manually identification is difficult for a farmer. So, classic pest detection and identification can ensure excellent productivity. This would be a fulfil research in the technical area of computer vision. The dataset is typically random cropping of square size images together with grayscale color and brightness shifts are used here. Here Convolutional Neural Network (CNN) will be used to do the image recognition and the algorithm will provide an optimal architecture for image recognition. The big idea behind CNNs is that a local understanding of an image is good enough. The research contains the proportions of validation accuracy of 93.46%. This approach resulted in the agriculture sector that will help a farmer to recognize the insect from harvest. The computer vision and object recognition can be used with image processing to create an interactive and enlarge user experience of the real world. This research aims to demonstrate the possibility and test the performance of the project which only focuses on insect detection in crop plants that recognize the pest which can help a farmer to get immediate solution of harvest problem.
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一种卷积神经网络方法来识别昆虫:在孟加拉国的观点
在孟加拉国,由于缺乏害虫检测知识,每年都有大量农产品被害虫摧毁。正如我们所知,手工识别对农民来说是很困难的。因此,经典的害虫检测和鉴定可以确保卓越的生产力。这将是计算机视觉技术领域的一项有意义的研究。数据集通常是随机裁剪方形大小的图像,这里使用灰度颜色和亮度偏移。这里将使用卷积神经网络(CNN)进行图像识别,该算法将为图像识别提供最佳架构。cnn背后的大想法是,对图像的局部理解已经足够好了。本研究包含的验证正确率比例为93.46%。这种方法的结果是农业部门将帮助农民从收获中识别昆虫。计算机视觉和物体识别可以与图像处理一起使用,以创建一个交互式的,扩大现实世界的用户体验。本研究旨在证明该项目的可行性和测试性能,该项目只关注农作物的害虫检测,识别害虫,可以帮助农民立即解决收获问题。
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