Leaf identification using learning machines for seedling distribution in Thailand

Noranand Apichanapong, Nalina Phisanbut, P. Piamsa-nga
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Abstract

Despite being an essential natural resource, the forest cover in Thailand has been continuously declining as a result of population growth and industrial expansion. In an attempt to reverse the situation, the Thai government has drawn up a plan with an aim to increase the forest area to 40% of the country, and part of the promotion plans is free seedling distribution.However, although the seedlings can be visually classified, it requires solid botanical expertise. In this research, we propose to use machine learning to classify seedlings by leaf images. Eight traditional learning machines and four deep learning models are investigated. An image dataset of eight highly distributed seedlings’ leaves is built from seedlings provided by the Royal Forest Department of Thailand. The results show that SVM and DenseNet201 perform best for traditional and deep learning machines.
利用学习机对泰国幼苗分布进行叶片识别
尽管泰国的森林是一种重要的自然资源,但由于人口增长和工业扩张,泰国的森林覆盖率一直在不断下降。为了扭转这种局面,泰国政府制定了一项计划,目标是将森林面积增加到全国的40%,其中包括免费分发幼苗。然而,虽然幼苗可以视觉分类,它需要扎实的植物学专业知识。在这项研究中,我们提出使用机器学习来根据叶片图像对幼苗进行分类。研究了8种传统学习机器和4种深度学习模型。由泰国皇家森林部提供的8个高度分布的幼苗叶片的图像数据集。结果表明,SVM和DenseNet201在传统机器和深度学习机器上表现最好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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