超越可见光谱的基于特征的人检测

K. Jüngling, Michael Arens
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引用次数: 62

摘要

计算机视觉的主要挑战之一是图像中特定对象类别的自动检测。可见光谱中目标检测性能的最新进展鼓励了这些方法在可见光谱以外数据中的应用。在本文中,我们展示了一种众所周知的基于局部特征的目标检测器在热数据中检测人的情况下的适用性。我们使探测器适应红外数据的特殊条件,并显示了基于特征的目标检测的相关细节。为此,我们采用了非常适合红外数据的SURF特征检测器和描述符。我们在不同的现实世界场景中评估了我们的适应对象检测器在人检测任务中的性能,其中人出现在多个尺度上。最后,我们展示了如何使用这种基于局部特征的检测器来识别特定的物体部分,即被检测人的身体部位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Feature based person detection beyond the visible spectrum
One of the main challenges in computer vision is the automatic detection of specific object classes in images. Recent advances of object detection performance in the visible spectrum encourage the application of these approaches to data beyond the visible spectrum. In this paper, we show the applicability of a well known, local-feature based object detector for the case of people detection in thermal data. We adapt the detector to the special conditions of infrared data and show the specifics relevant for feature based object detection. For that, we employ the SURF feature detector and descriptor that is well suited for infrared data. We evaluate the performance of our adapted object detector in the task of person detection in different real-world scenarios where people occur at multiple scales. Finally, we show how this local-feature based detector can be used to recognize specific object parts, i.e., body parts of detected people.
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