Multi-modal panoramic 3D outdoor datasets for place categorization

Hojung Jung, Yuki Oto, Óscar Martínez Mozos, Y. Iwashita, R. Kurazume
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引用次数: 16

Abstract

We present two multi-modal panoramic 3D outdoor (MPO) datasets for semantic place categorization with six categories: forest, coast, residential area, urban area and indoor/outdoor parking lot. The first dataset consists of 650 static panoramic scans of dense (9,000,000 points) 3D color and reflectance point clouds obtained using a FARO laser scanner with synchronized color images. The second dataset consists of 34,200 real-time panoramic scans of sparse (70,000 points) 3D reflectance point clouds obtained using a Velodyne laser scanner while driving a car. The datasets were obtained in the city of Fukuoka, Japan and are publicly available in [1], [2]. In addition, we compare several approaches for semantic place categorization with best results of 96.42% (dense) and 89.67% (sparse).
用于地点分类的多模态全景3D户外数据集
本文提出了两个多模态全景3D户外(MPO)数据集,用于语义地点分类,包括森林、海岸、居民区、城区和室内外停车场6个类别。第一个数据集由650个静态全景扫描的密集(9,000,000点)3D彩色和反射率点云,使用同步彩色图像的FARO激光扫描仪获得。第二个数据集由34,200个实时全景扫描的稀疏(70,000点)3D反射率点云组成,使用Velodyne激光扫描仪在驾驶汽车时获得。这些数据集来自日本福冈市,可在[1],[2]中公开获取。此外,我们比较了几种语义位置分类方法,最佳结果为96.42%(密集)和89.67%(稀疏)。
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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