基于无线传感器网络的芒果温室实时监测系统

S. M. Saad, Latifah Munirah Kamarudin, K. Kamarudin, W. M. Nooriman, S. M. Mamduh, A. Zakaria, A. Y. Md Shakaff, M. N. Jaafar
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引用次数: 12

摘要

Harumanis的学名是Mangifera indica,尽管价格昂贵,但由于其独特的香气和味道,它在马来西亚很受欢迎。对这种芒果的高需求及其出口潜力是马来西亚政府将这种热带水果列为国家议程的原因,并将其归类为来自玻里斯(马来西亚最小的州)的特色水果。作为珀斯唯一一所大学,马来西亚珀斯大学(UniMAP)主动为Harumanis芒果开发了专门的温室。为此,提出了一种温室实时监测系统。该系统是基于无线传感器网络技术开发的,由传感模块、无线电通信模块和网关模块三部分组成。该系统能够对温室内的二氧化碳、温度、湿度等植物生长的重要因素进行实时监测。性能结果表明:温室内温度略高于露天;这符合作物的要求。到了晚上,温室的小气候下降,并与周围的温度和湿度保持平衡。这种条件保证了香甜多汁的芒果开花结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A real-time greenhouse monitoring system for mango with Wireless Sensor Network (WSN)
Harumanis or its scientific name as Mangifera indica is a popular mango in Malaysia due to its unique aroma and taste, despite its expensive price. The high demand for this mango and its potential in export has been the reason why this tropical fruit being a national agenda for the Malaysian government to classify it as the specialty fruit from Perlis (smallest state in Malaysia). As the sole university in Perlis, University of Malaysia Perlis (UniMAP) has taken the initiative to develop greenhouse specifically for Harumanis mango. To support this, a real-time greenhouse monitoring system has been proposed. The system was developed based on Wireless Sensor Networks technology which consists of three parts: sensing module, radio communication module and gateway module. This system is able to provide real time monitoring of the important factors in plant growth such as the carbon dioxide, temperature, humidity level in the greenhouse. The performance result shows that the temperature inside the greenhouse is slightly higher compared to the open field; which meets the crop requirements. At night, the greenhouse microclimate drops and equilibrates to the surrounding temperature and humidity. This condition ensures good flowering and fruiting of sweet and juicy mangoes.
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