牛羊养殖自动化的障碍和机遇

Q3 Environmental Science
David Stevens, Anna L. Taylor, Tracy A Nelson
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引用次数: 0

摘要

农场任务自动化在自动称重和自动绘图等工具方面的应用有限。为了了解数字工具的范围以及在牛羊养殖业中实现任务自动化的潜力,我们在新西兰南北两岛举办了终端用户研讨会。目前在牛羊养殖场使用的数字技术包括 26 种应用,分别代表通信、管理、监控、自动化任务、决策支持、预测和安置证明等类别。障碍包括设置或支持技术运行所需的时间。应用程序之间以及价值链上的互操作性和信息传输是利用数字技术创造价值的主要障碍。价值链上数据流的自动化将大大推动数字技术的应用。帮助实现自动化的数字解决方案需要具有互操作性,数据能够在软件解决方案之间以及用户之间传递,以减少合规时间并提高数据处理的准确性。这些技术必须适合以自动化方式大规模采用,以获得节省劳动力的效益。自动化解决方案需要将数据转化为决策形式,以便于解释和应用数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Obstacles and opportunities for automation in sheep and beef farming
Automation of tasks on farm has had limited uptake in tools such as auto-weighing and auto-drafting. To develop an understanding of the range of digital tools and the potential to automate tasks in the sheep and beef industry, workshops with end-users were held in the North and South Islands of New Zealand. Current digital technology use on sheep and beef farms included 26 applications representing the categories of communications, administration, monitoring, automated tasks, decision support, prediction, and proof of placement. Obstacles included the amount of time required to either set up or support the technology once in operation. Interoperability and the transfer of information between applications and along the value chain were major obstacles to generating value from combining digital technologies. Automation of data flows along the value chain would provide a significant step forward in the uptake of digital technologies. Digital solutions to aid automation need to be interoperable, with data able to be passed between software solutions, and between users to reduce compliance time and increase accuracy of data handling. The technologies need to be appropriate to be adopted on large scales in an automated way to capture labour-saving benefits. Automation solutions need to translate data into a decision-making form to allow easy interpretation and application of data.
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来源期刊
Journal of New Zealand Grasslands
Journal of New Zealand Grasslands Environmental Science-Nature and Landscape Conservation
CiteScore
0.90
自引率
0.00%
发文量
27
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