Artificial Intelligence in Support of Welfare Monitoring of Dairy Cattle: A Systematic Literature Review

Lucas Mendes Lima, Victor Calebe Cavalcante, Mariana Guimarães de Sousa, Cláudio Afonso Fleury, D. Oliveira, Eduardo Noronha de Andrade Freitas
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引用次数: 1

Abstract

Context: Although agribusiness corresponded to more than 20% of Brazil’s Gross Domestic Product (GDP), most livestock is under manual control and manual monitoring. Additionally, alternative technologies are either uncomfortable and stressful, or expensive. Now, despite the great scientific advances in the area, there is still a pressing need for an automated robust, inexpensive and (sub)optimal technology to monitor animal behavior in a cost-effective, contact-less and stress-free fashion. Overall, this niche can leverage the benefits of Deep Learning schemes.Objective: This review aims to provide a systematic overview of most current projects in the area of comfort monitoring dairy cattle, as well as their corresponding image recognition-based techniques and technologies.Methods: First, a systematic review planning was carried out, and objectives, research questions, search strings, among others, were defined. Subsequently,a broad survey was conducted to extract, analyze and compile the data, to generate a easy-to-read visual source of information (tables and graphics).Results: Information was extracted from the reviewed papers. Among this data collected from the papers are techniques utilized, target behaviors, cow bodyparts identified in visual computational, besides their paper source font, the publication date, and localization. For example, the papers present are mostly recent. China has had a larger number of relevant papers in the area. The back was the body region most analyzed by the papers and the behaviors most analyzed were body condition score, lameness, cow’s body position and feeding/drinking behavior. Among the methods used is RCNN Inception V3 with the best accuracy for cow’s back region.Conclusion: The aim of this work is to present some of the papers that are being carried out in the area of dairy cow behavior monitoring, using techniques of Artifical Intelligence. It is expected that the information collected and presented in the present systematic review paper contribute to the future researches and projects of the area and the application of new techniques.
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人工智能支持奶牛福利监测:系统文献综述
背景:尽管农业综合企业占巴西国内生产总值(GDP)的20%以上,但大多数牲畜仍处于人工控制和人工监测之下。此外,替代技术要么不舒服、压力大,要么价格昂贵。现在,尽管该领域取得了巨大的科学进步,但仍然迫切需要一种自动化的、强大的、廉价的、(次)最佳的技术来监测动物的行为,这种技术具有成本效益,无接触和无压力的方式。总的来说,这个利基可以利用深度学习方案的好处。目的:系统综述了奶牛舒适度监测领域的最新研究项目及其相应的基于图像识别的技术和技术。方法:首先,进行系统的综述计划,确定研究目标、研究问题、检索字符串等。随后,进行了广泛的调查,以提取、分析和汇编数据,生成易于阅读的视觉信息源(表格和图形)。结果:从综述论文中提取信息。从论文中收集的数据除了论文的来源字体、出版日期和定位外,还包括所使用的技术、目标行为、在视觉计算中识别的牛身体部位。例如,现在的论文大多是最近的。中国在这一领域的相关论文比较多。分析最多的身体部位是背部,分析最多的行为是身体状况评分、跛行、奶牛体位和喂养/饮水行为。使用的方法中,RCNN Inception V3对奶牛背部区域的准确度最好。结论:本工作的目的是介绍一些在奶牛行为监测领域正在进行的论文,使用人工智能技术。期望本系统综述所收集和提供的信息有助于该领域未来的研究和项目以及新技术的应用。
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