DA-WDGN:基于GLCM-M特征和NDIRT指数的无人机辅助杂草检测

G. Raja, K. Dev, Nisha Deborah Philips, S. Suhaib, M. Deepakraj, R. Ramasamy
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引用次数: 5

摘要

无人机技术及其计算方法的指数级增长导致了使用无人机的农业应用激增。本文提出了一种基于改进的多通道灰度共生矩阵(GLCM-M)和红阈值归一化差分指数(DA-WDGN)的无人机辅助杂草检测方法。在DA-WDGN中,无人机结合了信息和通信技术,用于远场数据采集和精确检测杂草。对杂草的准确检测限制了对农药的需求,并有助于保护环境。传统的杂草检测系统采用面向对象的分类系统,存在农作物和杂草形状特征非常相似的问题,无法对杂草进行唯一的区分。因此,在DA-WDGN系统中,将形状、纹理和光谱特征整合在一起,为每一种植物建立独特的图案。然后用这些图案来区分作物和杂草。所提出的DA-WDGN系统将杂草检测的准确率提高到99.4%,从而确立了其优于其他传统杂草检测算法的优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DA-WDGN: Drone-Assisted Weed Detection using GLCM-M features and NDIRT indices
The exponential growth of drone technology and its computational methods has led to a surge in agricultural applications employing drones. In this paper, a Drone-Assisted Weed Detection using a Modified multichannel Gray Level Co-Occurrence Matrix (GLCM-M) and Normalised Difference Index with Red Threshold (NDIRT) indices (DA-WDGN) is proposed to aid in the process of weed detection. In DA-WDGN, the drones combine both information and communication technologies for the far-field data acquisition and precise detection of weeds. Accurate detection of weeds limits the need for pesticides and helps to protect the environment. Traditional systems use an object-oriented classification system for weed detection, which suffer from the issue of close similarities between the shape features of crop plants and weeds, making it impossible to uniquely distinguish the weeds. Therefore in the DA-WDGN system, shape, texture, and spectral features are integrated to establish a unique pattern for every plant. These patterns are then used to differentiate between crops and weeds. The proposed DA-WDGN system improves the accuracy of weed detection to 99.4% thereby establishing its supremacy over other conventional weed detection algorithms.
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