通过物联网小工具增强农业仓库的实时监测和监视,以实现不同的收获作物产量

G. Rajesh, B. Saroja, Ab Gurulakshmi, Ramalakshmi S Malladi
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引用次数: 5

摘要

农业特别是收获后部门的损失估计在水果和蔬菜方面为10%至25%。对农民来说,实时掌握农产品仓库状况,进而采取有效措施是最重要的。国内和郊区的冷库大多建在离农田较远的地方,给管理带来很大不便。因此,利用实时监控系统提高管理效率具有重要的现实意义。丰产储存库占地面积大,必须适应不同季节不同作物的需要。这需要灵活的部署、广泛的覆盖范围和低成本的农业仓库来实现增值,并需要高效的冷库监测来实现异种作物的保存。本文的主要目标是在收获缓存期间为农民避免收获损失(短期和长期),并通过物联网小工具远程监控农业仓库气氛。所设计的冷库环境监测系统的架构框架,为农业仓库中不同收获作物的产量提供了实时的环境监测和监控。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhanced Time-to-Time Monitoring and Surveillance in Agriculture Warehouse for Diverse Harvest Crop Yields through IoT Gadget
The losses in agriculture especially during the post-harvest sector is estimated to be from 10 to 25 per cent in fruits and vegetables. The most important entity for farmer is to master the agriculture warehouse conditions in real time, and then to take effective measures. The cold storages are built in domestic and suburban areas which are detached to agricultural fields which causes great management inconvenience. Therefore, it has great realistic meaning to improve the management efficiency using real time monitoring system. The large harvest yield storage always occupies large area and must be adapt to different crop in different seasons. This requires a flexible deployment, wide coverage and low-cost agricultural warehouse for value addition and efficient cold storage monitoring for variant crop preservation. The main objective of this paper is to avoid harvest losses (short and long term) for farmers during harvest cache and monitor agriculture warehouse atmosphere remotely through an IoT Gadget. The designed architectural framework of the cold storage environment monitoring system creates an enhanced time-to-time environmental monitoring and surveillance in agricultural warehouse for diverse harvest crop yields.
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