HyKo: A Spectral Dataset for Scene Understanding

Christian Winkens, Florian Sattler, Veronika Adams, D. Paulus
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引用次数: 3

Abstract

We present datasets containing urban traffic and rural road scenes recorded using hyperspectral snap-shot sensors mounted on a moving car. The novel hyperspectral cameras used can capture whole spectral cubes at up to 15 Hz. This emerging new sensor modality enables hyperspectral scene analysis for autonomous driving tasks. Up to the best of the author's knowledge no such dataset has been published so far. The datasets contain synchronized 3-D laser, spectrometer and hyperspectral data. Dense ground truth annotations are provided as semantic labels, material and traversability. The hyperspectral data ranges from visible to near infrared wavelengths. We explain our recoding platform and method, the associated data format along with a code library for easy data consumption. The datasets are publicly available for download.
HyKo:场景理解的光谱数据集
我们提供了包含城市交通和农村道路场景的数据集,这些数据集使用安装在移动汽车上的高光谱快照传感器记录。使用的新型高光谱相机可以捕获高达15 Hz的整个光谱立方体。这种新兴的新型传感器模式使自动驾驶任务的高光谱场景分析成为可能。据笔者所知,到目前为止还没有这样的数据集发表。数据集包含同步的三维激光、光谱仪和高光谱数据。密集的基础真值注解作为语义标签、材料和可遍历性提供。高光谱数据的范围从可见光到近红外波长。我们解释了我们的编码平台和方法,相关的数据格式以及便于数据使用的代码库。这些数据集可公开下载。
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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