首页> 外文会议>Annual^International^Meeting of the American^Society^of^Agricultural^and^Biological^Engineers >Equestrian IoT-a review of sensor systems available for deployment on horses, stables and pastures and what stakeholders in Germany think about it
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Equestrian IoT-a review of sensor systems available for deployment on horses, stables and pastures and what stakeholders in Germany think about it

机译:骑士IOT--审查可用于部署马匹,马厩和牧场以及德国的利益相关者的审查

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Digital transformation in agriculture makes horse management technology available for farmers and veterinaries. This work compiles an overview of sensor systems currently available in Germany, discussing their usefulness and opportunities for improvement from a user's perspective. The systems have been identified by market and literature review and later categorized by their place of deployment, either in the stable, on the pasture or directly attached to the horse. Examples for subgroups show similar choices in technical specification like the built-in sensors, connectivity options and user interfaces.To gain further insights to the practicability of those systems, a survey has been conducted with German users of sensor systems in horse keeping. The questionnaire reflects on advantages and disadvantages in the use of the sensor systems. The results show that networking of the individual systems on farm-level would be desirable from the user's point of view. However, a solution that combines the different sensors and their data on farm level is not available. Thus, it is difficult for farmers to collect and aggregate their data. As a solution, open-source broker models are suggested, to act as middleware. They can integrate data from sensor-systems as well as external data sources. All the desired information can be displayed to end-users in customized user interfaces tailored to the individual stable or farm. With this kind of middleware, cyber-physical-systems can be built implementing a control-layer to automate tasks and documentation. Like this, farmers are supported to invest their know-how and time, only where it is most needed.
机译:农业数字转型使马管理技术可用于农民和兽医。这项工作概述了德国目前可用的传感器系统,从用户的角度讨论其有用性和机会。该系统已被市场和文献审查所识别,后来被他们的部署地点分类,无论是在稳定上,牧场上还是直接附加到马。子组的示例在技术规范中显示出类似的选择,如内置传感器,连接选项和用户界面。要进一步了解这些系统的实用性,因此已经使用马保持的传感器系统的德国用户进行了调查。调查问卷反映了使用传感器系统的优缺点。结果表明,从用户的角度来看,各个系统的网络上的各个系统将是可取的。但是,不可用的解决方案结合不同的传感器及其对农场级别的数据。因此,农民难以收集并汇总他们的数据。作为解决方案,建议开放源代理模型,以充当中间件。它们可以集成来自传感器系统以及外部数据源的数据。可以将所有所需信息显示为对单个稳定或农场定制的自定义用户界面中的最终用户。通过这种中间件,可以构建网络物理系统,实现控制层以自动执行任务和文档。像这样,农民被支持投资他们的知识和时间,只有最需要的地方。

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