Embracing Opportunities of Livestock Big Data Integration with Privacy Constraints

F. Papst, O. Saukh, K. Römer, F. Grandl, Igor Jakovljevic, F. Steininger, M. Mayerhofer, J. Duda, C. Egger-Danner
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引用次数: 13

Abstract

Today's herd management undergoes a major transformation triggered by the penetration of cheap sensor solutions into cattle farms, and the promise of predictive analytics to detect animal health issues and product-related problems before they occur. The latter is particularly important to prevent disease spread, ensure animal health, animal welfare and product quality. Sensor businesses entering the market tend to build their solutions as end-to-end pipelines spanning sensors, proprietary algorithms, cloud services, and mobile apps. Since data privacy is an important issue in this industry, as a result, disconnected data silos, heterogeneity of APIs, and lack of common standards limit the value the sensor technologies could provide for herd management. In the last few years, researchers and communities proposed a number of data integration architectures to enable exchange between streams of sensor data. This paper surveys the existing efforts and outlines the opportunities they fail to address by treating sensor data as a black box. We discuss alternative solutions to the problem based on privacy-preserving collaborative learning, and provide a set of scenarios to show their benefits for both farmers and businesses.
在隐私约束下把握畜牧大数据集成机遇
由于廉价传感器解决方案渗透到养牛场,以及预测分析有望在动物健康问题和产品相关问题发生之前检测到,今天的牛群管理正在经历一场重大变革。后者对预防疾病传播、保证动物健康、动物福利和产品质量尤为重要。进入市场的传感器企业倾向于将其解决方案构建为端到端管道,涵盖传感器、专有算法、云服务和移动应用程序。由于数据隐私是该行业的一个重要问题,因此,断开连接的数据孤岛、api的异构性以及缺乏通用标准限制了传感器技术为群体管理提供的价值。在过去的几年中,研究人员和社区提出了许多数据集成架构,以实现传感器数据流之间的交换。本文调查了现有的努力,并概述了他们未能解决的机会,把传感器数据作为一个黑盒子。我们讨论了基于保护隐私的协作学习的问题的替代解决方案,并提供了一组场景来展示它们对农民和企业的好处。
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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