Smart Urban Rooftop Greenhouse with WSN Based Precision Technology

Vrunda Kusanur, V. S. Chakravarthi, G. Siddalingayya
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Abstract

—With more and more urbanization, more educated population is exploring farming in a smart way with maximized production and quality yields by deploying modern technologies. The advanced technology trends permit this in efficient ways and cost-effective way. Deployment of technologies to understand, monitor and control the needs of the crop is the key to the smart farming which is termed as greenhouse farming or urban farming [1]. The combination of sensor, signal processing, control, communication and networking technologies are back bones of new smart farming. With these it is possible to monitor both the physical and environmental parameters, learn the optimized set of them needed for the particular flower/vegetable/crop and control them for better yield. This Paper discusses WSN based mix of technologies as adopted to greenhouse farming for growing bell pepper/capsicum by monitoring and controlling temperature, humidity, soil moisture and light parameters. With this solution, it was possible to achieve 3-4 times higher yield in bell pepper/capsicum than that of outdoor cultivation in a short-term cycle. Novelty of this system also lies in learning the right requirements for the crop and better utilization of the same for future cycles of farming.
基于无线传感器网络精密技术的智能城市屋顶温室
-随着城市化程度的提高,更多受过教育的人口正在通过运用现代技术,以一种智能的方式探索农业,以最大限度地提高产量和优质产量。先进的技术趋势允许以有效和经济的方式做到这一点。部署技术来了解、监测和控制作物的需求是智能农业的关键,智能农业被称为温室农业或城市农业[1]。传感器、信号处理、控制、通信和网络技术的结合是新型智能农业的支柱。有了这些,就有可能监测物理和环境参数,了解特定花卉/蔬菜/作物所需的优化参数集,并控制它们以获得更好的产量。本文通过对温度、湿度、土壤水分和光照参数的监测和控制,探讨了基于无线传感器网络的辣椒/甜椒温室栽培技术。在短期周期内,该溶液可使甜椒/辣椒的产量达到室外栽培的3-4倍。该系统的新颖性还在于了解对作物的正确要求,并在未来的农业周期中更好地利用这些作物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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