Pollen video library for benchmarking detection, classification, tracking and novelty detection tasks: dataset

Nam Cao, Matthias Meyer, L. Thiele, O. Saukh
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引用次数: 2

Abstract

Automatic pollen sensing is important to understand the local distribution of pollen in urban environments and to give personalized advice to the citizens suffering from seasonal pollen allergies to help milder the symptoms. We present a challenging data set of labeled sequential pollen images recorded with an off-the-shelf microscope to test and improve on a variety of tasks, such as pollen detection, classification, tracking, and novelty detection. Pollen samples were gathered using a novel cyclone-based particle collector. The data set contains 16 pollen types with around 35'000 microscopic images per type and covers pollen samples from trees and grasses gathered in Graz, Austria between February and August 2020. In addition, we share microscopic videos taken in the wild over 3 days in February and March 2020 with an automated pollen measurement system based on the same microscope technology to test and compare model performance in a natural environment. The data is available on Zenodo (https://zenodo.org/record/4120033).
用于基准检测、分类、跟踪和新颖性检测任务的花粉视频库:数据集
花粉自动检测对于了解花粉在城市环境中的局部分布,为季节性花粉过敏的市民提供个性化建议,帮助减轻症状具有重要意义。我们提出了一组具有挑战性的数据集,这些数据集是用现成的显微镜记录的标记序列花粉图像,以测试和改进各种任务,如花粉检测、分类、跟踪和新颖性检测。采用一种新型旋风颗粒收集器收集花粉样品。该数据集包含16种花粉类型,每种类型约有3.5万张显微图像,涵盖了2020年2月至8月期间在奥地利格拉茨收集的树木和草的花粉样本。此外,我们分享了2020年2月和3月在野外拍摄的3天微观视频,使用基于相同显微镜技术的自动花粉测量系统,以测试和比较模型在自然环境中的性能。该数据可在Zenodo (https://zenodo.org/record/4120033)上获得。
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