Point Cloud Classification Method for Transmission Towers based on CAA-PointNet

Letan Zhang, G. Lan, Xiaoyong Shi, Xinghui Duanmu, Kan Chen
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Abstract

In the filed of smart grid, the accurate classification of transmission towers is one of the hot research topics. However, to extract the different features of different towers in the process of classification is still a difficult task, in this paper a point cloud classification method for towers based on CAA-PointNet is proposed. Using PointNet as the basic framework, multi-scale local neighborhood is generated by sampling and grouping, and combined with the channel-wise affinity attention to enhance the the differential feature weight between the categories, so as to achieve accurate classification of towers. This method has good classification results for five different categories of tower point cloud data sets, with the overall accuracy of 95.0% and the average accuracy of 94.2%.
基于CAA-PointNet的输电塔点云分类方法
在智能电网领域,输电塔的准确分类是研究的热点之一。然而,在分类过程中提取不同塔的不同特征仍然是一项艰巨的任务,本文提出了一种基于CAA-PointNet的塔点云分类方法。以PointNet为基本框架,通过采样和分组生成多尺度局部邻域,并结合逐通道亲和关注,增强类别间的差分特征权重,实现对塔的准确分类。该方法对5类不同类型的塔点云数据集具有较好的分类效果,总体准确率为95.0%,平均准确率为94.2%。
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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