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Weed Community Feature Recognition Based on NSST Transformation

机译:基于NSST变换的杂草群落特征识别

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Precision spraying of herbicides is a trend in the development of modern precision agriculture, but traditional image processing techniques focus on the identification of weeds in single plants or small areas. Aiming at this problem, this paper proposes the concept of weed community, and uses the weed community in the Chinese cabbage field as the object of this paper. The feature identification of weed communities in the image is analyzed by non-subsampled shearlet transform. The numerical value of the Chinese cabbage and weed community can be distinguished by simulation experiments, that is, the mean value is 0.6, and the correct recognition rate of the hybrid image of Chinese cabbage and weed can reach 58%. Compared with other traditional methods, this method has certain advantages. It can extract and distinguish the weed characteristics in the Chinese cabbage field to a certain extent, and realize the extraction of farmland weed community characteristics, which lays a foundation for subsequent research.
机译:精确喷洒除草剂是现代精确农业发展的趋势,但是传统的图像处理技术侧重于在单株植物或小区域中识别杂草。针对这一问题,本文提出了杂草群落的概念,并以大白菜田中的杂草群落为研究对象。通过非二次采样的Sletletlet变换分析图像中杂草群落的特征识别。大白菜和杂草群落的数值可以通过模拟实验加以区分,即平均值为0.6,大白菜和杂草的杂种图像的正确识别率可以达到58%。与其他传统方法相比,该方法具有一定的优势。可以在一定程度上提取和区分大白菜田间杂草特征,实现农田杂草群落特征的提取,为后续研究奠定基础。

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