Implementation of 6LoWPAN and Controller Area Network for a Smart Hydroponics System

2019 Global IoT Summit (GIoTS) Pub Date : 2019-06-01 DOI:10.1109/GIOTS.2019.8766373

Yves Lean Krishner Macayana, Vance Anthony Coronel, Ian Christian Fernandez, Kenneth Ung, C. Miras, C. V. Densing, Darvy P. Ong, Isabel Austria, M. Talampas, N. Tiglao, M. T. D. Leon, Percival Magpantay, M. Rosales

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引用次数: 7

Abstract

Hydroponics is the practice of growing plants and crops in soilless culture. It is becoming more prevalent nowadays because of decreasing available land due to urbanization, and the various advantages it has as compared to soil-based farming. To study and optimize the various factors that affect plant growth in hydroponics set-ups (such as ambient temperature, light intensity, humidity, etc.), a hybrid sensor network system, with both wireless (6LoWPAN) and wired (CAN Bus) components, was proposed. The proposed system was then implemented using off-the-shelf devices such as the CC2650 MCU, MSP432 launchpad, Digilent PMOD CAN, and the Raspberry Pi 2. The total number of 6LoWPAN nodes in the intended application setup was shown to be reduced by 87.26% compared to fully-wireless setup. The system was shown to be functional and the packet drop rate when time interval between messages is 800ms drops to almost 0%. An initial design for the visualization of the web application was also presented.

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智能水培系统6LoWPAN和控制器局域网的实现

水培法是在无土栽培中种植植物和作物的方法。由于城市化导致可用土地减少，以及与土壤农业相比，它具有各种优势，因此如今它变得越来越普遍。为了研究和优化水培环境中影响植物生长的各种因素(如环境温度、光照强度、湿度等)，提出了一种由无线(6LoWPAN)和有线(CAN Bus)组件组成的混合传感器网络系统。然后使用现成的设备(如CC2650 MCU、MSP432发射台、Digilent PMOD CAN和Raspberry Pi 2)实现了所提出的系统。与完全无线设置相比，预期应用程序设置中的6LoWPAN节点总数减少了87.26%。系统运行良好，当报文间隔为800ms时，丢包率降至接近0%。对web应用程序的可视化进行了初步设计。

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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2019 Global IoT Summit (GIoTS)

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