SigFox监测技术与环境监测相结合

Floarea Pitu, N. Gaitan
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引用次数: 20

摘要

物联网(IoT)成为用户控制和管理不同流程和系统的可访问解决方案。这些系统可以包括诸如易于监控植物生长过程等功能,这是现在广泛需要的,因为人口数量呈指数增长,预计到2050年将达到97亿。这将以指数方式增加对食物的需求,同时,它将减少可用于农业的土壤面积,而可用的自然资源将减少。传统的环境数据收集方法仍在使用,例如定期使用人工来确定不同的条件,如天气、水位和田间可能存在的害虫。在本文中,我们提出了一种能够收集环境信息(如湿度、温度和亮度)的监测系统,该系统可以通过集成传感器网络,通过使用SigFox技术传输收集到的数据,从而实现植物的最佳生长。该系统旨在提高生产率和利润,减少人力劳动,并最终整合其他技术,使农业过程更简单、更高效。
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Surveillance of SigFox technology integrated with environmental monitoring
Internet of Things (IoT) became an accessible solution to the users for controlling and managing different processes and systems. Those systems can include features such as easily monitoring plants growing process, a thing that is widely needed now because of the population number exponential growth, expecting to reach 9.7 billion until the year 2050. This thing is going to increase the need for food exponentially and at the same thing, it is going to reduce the area of usable soil for agriculture while the available natural resources are going to decrease. The traditional methods of environment data collecting are still in use, such as using human labor periodically to determine the different conditions such as weather, water levels, and possible pests present in the fields. In this article, we are proposing a monitoring system capable of collecting information about the environment (such as, humidity, temperature, and luminosity) that could allow the optimal growth of plants by integrating a network of sensors capable of transmitting the collected data by using the SigFox technology. This system intends to increase productivity and profits, reduce human labor, and eventually, integrate other technologies to make the agricultural process simpler and more efficient.
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