YakReID-103: A Benchmark for Yak Re-Identification

Tingting Zhang, Qijun Zhao, Cuo Da, Liyuan Zhou, Lei Li, Suonan Jiancuo
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引用次数: 2

Abstract

Precision livestock management requires animal traceability and disease trajectory, for which discriminating between or re-identifying individual animals is of significant importance. Existing re-identification (re-ID) methods are mostly proposed for persons and vehicles, compared with which animals are extraordinarily more challenging to be re-identified because of subtle visual differences between individuals. In this paper, we focus on image-based re-ID of yaks (Bos grunniens), which are indispensable livestock in local animal husbandry economy in Qinghai-Tibet Plateau. We establish the first yak re-ID dataset (called YakReID-103) which contains 2, 247 images of 103 different yaks with bounding box, direction-based pose, and identity annotations. Moreover, according to the characteristics of yaks, we modifiy several person re-ID and animal re-ID methods as baselines for yak re-ID. Experimental results of the baselines on YakReID-103 demonstrate the challenges in yak re-ID. We expect that the proposed benchmark will promote the research of animal biometrics and extend the application scope of re-ID techniques.
YakReID-103:牦牛再鉴定基准
牲畜精准管理需要动物的可追溯性和疾病轨迹,对个体动物进行区分或重新识别具有重要意义。现有的再识别(re-ID)方法大多针对人和车辆,相比之下,动物由于个体之间细微的视觉差异而更加难以再识别。牦牛是青藏高原地方畜牧业经济的重要组成部分,本文以牦牛为研究对象,开展了基于图像的牦牛重识别研究。我们建立了第一个牦牛重新识别数据集(称为YakReID-103),该数据集包含103个不同牦牛的2,247张图像,具有边界框,基于方向的姿势和身份注释。此外,根据牦牛的特点,修改了几种人复身份识别方法和动物复身份识别方法,作为牦牛复身份识别的基准。YakReID-103基线的实验结果表明了牦牛re-ID面临的挑战。我们期望提出的基准将促进动物生物识别的研究,并扩大重新身份识别技术的应用范围。
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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