基于图像阈值和边缘检测技术的害虫检测与分类

T. Keerthi, Apurva Kumari, M. Chinnaiah, P. Asharani, D. Nikitha, C. Manojkumar
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引用次数: 0

摘要

在这些现代社会,许多技术已经开发出来,以节省农业用地,但目前的情况主要集中在有机食品,以实现更健康的生活,因此对有机作物和无机作物的害虫检测是一项具有挑战性的任务。在本文中,已经开发了两种方法来检测害虫,一种方法是通过图像处理技术使用阈值和边缘检测,通过使用阈值来识别害虫的存在。它给出了清晰识别图像的像素范围。在我们的工作中,我们考虑了100像素的平均值。利用边缘检测技术,确定害虫的轮廓。另一种方法是卷积神经网络(CNN),该方法分三步进行害虫检测,首先是直接小波变换(DWT),然后是神经网络检测,最后是区域检测。利用这些技术,害虫检测得到了发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Efficient Detection and Classification of PEST Using Image Thresholding and Edge Detection Technique
In these modern days many techniques have been developed to save agricultural fields, but the present scenario is mainly focusing on organic food products for a healthier life, so it is a challenging task to detect the pests for cultivating organic crops as well as inorganic crops. In this paper two approaches have been developed for detecting the pest, one approach is using thresholding and edge detection through image processing techniques, by utilizing thresholding the presence of pest is identified. It gives the range of pixels for the clear identification of the image. In our work we have considered an average value of 100 pixels. Using the technique of edge Detection, the outline of the pest is determined. The other approach is convolution neural network (CNN) which provides pest detection by three steps, firstly direct wavelet transform (DWT) next neural network detection last is area detection. By using these techniques pest detection is developed.
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