摄像机陷阱图像中动物计数的深度学习方法

Yizhen Wang, Yang Zhang, Yuanyao Feng, Y. Shang
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引用次数: 0

摘要

相机陷阱被广泛用于监测动物物种的生物多样性和种群密度。摄像机陷阱图像通常是连续拍摄的,对一组摄像机陷阱图像的动物计数问题也是动物种群密度评估的重要组成部分。本文提出了基于Microsoft MegaDetector v4的两种新的动物计数方法。FilterDetector使用不同的过滤器和边界框集成算法来实现更精确的边界框检测。DLEDetector是一种集成方法,使用两个基本的深度学习模型对MegaDetector的检测结果进行校正和增强。我们在iWildCam 2022竞赛测试数据集中的实验结果表明,这两种方法分别比iWildCam 2021竞赛中的最佳方法和iWildCam 2022竞赛中基于MegaDetector V 4的基线方法高出9.09%和6.44%,在竞赛中排名第一和第三。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deep Learning Methods for Animal Counting in Camera Trap Images
Camera traps are widely used to monitor the biodiversity and population density of animal species. Camera trap images are usually taken in bursts, and the animal counting problem for a sequence of camera trap images is also an important part of evaluating animal population density. In this paper, two new animal counting methods based on Microsoft MegaDetector V 4 have been proposed. FilterDetector uses different filters with bounding box ensemble algorithms to achieve more accurate bounding box detection. DLEDetector is an ensemble method that uses two base deep learning models to correct and enhance the detection result of MegaDetector. Our experimental results in iWildCam 2022 competition test dataset show that both methods outperformed the best method in iWildCam 2021 and the baseline method based on MegaDetector V 4 in iWildCam 2022 competition by 9.09% and 6.44%, respectively, and ranked first and third in the competition.
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