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A Pi-Based Beehive IoT System Design

机译:基于PI的蜂箱IOT系统设计

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摘要

Applying Internet-of-Things (IoT) technologies in various agriculture challenges and ecosystem challenges not only can reduce the man efforts but also improve the productivity and the efficiency. Among many agriculture or ecosystem challenges, monitoring bees is one of the most interesting and imperative ones, as bees play a critical role in both the ecosystem and the agriculture and their habitats are under very serious pressures. Even though there are several commercial beehive monitoring systems on the market, localization and customization of such systems is inevitable, due to various environments, climates, box designs, or various bee-keeping practices. In this article, we introduce the challenges here in Taiwan and the design to cope these challenges. Based on some low-cost components (like raspberry pi, various sensors, and communication facilities) on the market, we design our bee monitoring system which can monitor various environment data (like temperature, humidity, and GPS) and bee data (like bee sound and infra-red images). The prototype has been tested in the field, and we are evaluating its effectiveness.
机译:在各种挑战,农业和生态系统的应用互联网的-事(物联网)技术的挑战,不仅能减少人的努力,但也提高了生产力和效率。在众多的农业或生态系统的挑战,监测蜜蜂是最有趣和最迫切的人之一,因为蜜蜂在生态系统和农业都起着至关重要的作用和它们的栖息地正在非常严重的压力。即使有这种系统的市场,本地化和定制的几个商业蜂箱监控系统是必然的,由于各种环境,气候,盒设计,或各种养蜂实践。在这篇文章中,我们在台湾和设计引入的挑战,以应对这些挑战。基于一些低成本的组件(如树莓派,各种传感器和通信设备)的市场上,我们设计的蜜蜂监测系统,该系统可以监控各种环境数据(如温度,湿度,GPS)和蜂数据(如蜂声音和红外图像)。该样机已在现场进行了测试,并且我们正在评估其有效性。

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