基于UAS和人工智能的入侵杂草和植被调查新方法

Juan Sandino, Felipe Gonzalez
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引用次数: 4

摘要

干旱区杂草植被监测是一项复杂、困难和耗时的任务。在本文中,我们提出了一个框架来检测和绘制入侵草,结合无人机和高分辨率RGB技术以及机器学习进行数据处理。该方法通过对水草(Cenchrus ciliaris)和刺草(Triodia sp.)的分割结果进行了验证,分割结果表明,刺草的单个检测率为97%,刺草为96%,整体分类任务为97%。该算法对光照、遮挡、物体旋转和植被密度的变化具有鲁棒性。
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A Novel Approach for Invasive Weeds and Vegetation Surveys Using UAS and Artificial Intelligence
Surveillance tasks of weeds and vegetation in arid lands is a complex, difficult and time-consuming task. In this article we present a framework to detect and map invasive grasses, combining UAVs and high-resolution RGB technologies and machine learning for data processing. This approach is illustrated by segmenting Buffel Grass (Cenchrus ciliaris) and Spinifex (Triodia sp.), Segmentation results produced individual detection rates of 97% for buffel grass, 96% for spinifex and 97% for the overall classification task. The algorithm is robust against variations in illumination, occlusion, object rotation and density of vegetation.
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