首页> 外文期刊>Journal of Crop Improvement >Open data kit (ODK) in crop farming: mobile data collection for seed yam tracking in Ibadan, Nigeria
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Open data kit (ODK) in crop farming: mobile data collection for seed yam tracking in Ibadan, Nigeria

机译:在尼日利亚,尼日利亚Ibadan追踪的种子山药追踪的移动数据收集

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The purpose of this paper is to illustrate the importance of applying open-source technologies for mobile-based data collection for real-time tracking of seed yam [Dioscorea rotundata and Dioscorea alata) production. In the past, seed yam data in Nigeria have been predominantly collected using field notebooks, which were subsequently entered into a Microsoft Excel spreadsheet or Access database for analysis and reposition. Relevant areas of weakness within the current data systems include time delayin providing feedback and non-availability of data upon demand. As a result, this has hampered direct tracking of seeds at various stages of crop production and management. The study provided data collectors with a pre-installed yam seed tracking app foruse on an Android device for data collection and management. The system architecture is based on the Open Data Kit (ODK) framework and a custom design based on requirements and lessons learned from literature. The ODK (Aggregate) made data easily accessible in minimum time possible from the point of data collection. The yam seed tracking application was developed as a result, which was field tested. The results indicated that this method improved efficiency, speed, and convenience in data collection and visualization, showing that this type of system can be used in crop management and research. The ODK was helpful to farmers in making their management decisions and ultimately boosting crop productivity. Stakeholders were able to visualize trends in yam production, which helps with marketing decisions.
机译:本文的目的是说明为基于移动的数据收集应用开源技术的重要性,以便进行种子亚胺[Dioscorea Rotundata和Dioscorea alata)生产的实时跟踪。在过去,尼日利亚的种子亚马数据主要使用现场笔记本电脑收集,随后输入了Microsoft Excel电子表格或访问数据库以进行分析和重新定位。当前数据系统内的相关弱势领域包括时代推迟提供反馈和需求的数据的不可用性。因此,这阻碍了在各种作物生产和管理的各个阶段进行了直接跟踪。该研究提供了数据收集器,其中包含预先安装的山药种子跟踪应用程序挖掘Android设备,用于数据收集和管理。系统架构基于开放数据套件(ODK)框架和自定义设计,基于文献中学到的要求和经验教训。 ODK(汇总)在数据收集点可能最短的时间内轻松访问数据。山药种子跟踪申请是由此进行测试的结果开发。结果表明,该方法提高了数据收集和可视化的效率,速度和便利性,表明这种类型的系统可用于作物管理和研究。 ODK对农民提供了管理决策并最终提高了作物生产力的帮助。利益相关者能够可视化山药生产趋势,有助于营销决策。

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