Build Internet of Thing Based Sea Level Detection System

Pub Date : 2021-01-18 DOI:10.31289/JITE.V4I2.4447
Rizalul Akram, Liza Fitria
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Abstract

Tides can be defined as waves generated by the interaction between the earth, sun and moon.  The peak of the wave is called the high tide (High Water/HW)  and the tide is called low tide (Low Water/LW). The tidal period is the time between the crest or trough of a wave to the crest or tide of the next wave. The time of the tidal period varies from 12 hours 25 minutes to 24 hours 50 minutes. The results of preliminary observations to the desa nelayan in Kuala Langsa found that most of the outskirt fishermen and anglers always look for fish and other marine animals in high tide conditions. Nevertheless, they do not know for sure when the sea water will rise. They detect sea level rise using only a simple tool such as a stick attached to the river and from their house poles under the water. This condition can be detrimental to fishermen both time and economically. The author also began to think about how to create a detection tool that can provide accurate information on sea level conditions at any time to fishermen and anglers via smartphones. The author finally got the best idea, namely creating a "Sea Level Detection System in Kuala Langsa for Fishermen and Anglers Using NodeMCU and Internet of Thing (IoT) Based Waterlevel Sensors and Telegram Messenger. This research has been successfully carried out, where the IoT-based sea level detection tool can work well during experiments in the laboratory and during implementation at the Kuala Langsa estuary, Langsa City.
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构建基于物联网的海平面检测系统
潮汐可以定义为地球、太阳和月球之间相互作用产生的波浪。波浪的高峰被称为高潮(high Water/HW),潮汐被称为低潮(low Water/LW)。潮汐周期是指从一个波浪的波峰或波谷到下一个波浪的波峰或潮汐之间的时间。潮汐周期的时间由12小时25分至24小时50分不等。对吉隆坡兰沙的desa nelayan的初步观察结果发现,大多数郊区渔民和垂钓者总是在涨潮时寻找鱼类和其他海洋动物。然而,他们不确定海水什么时候会上涨。他们只使用一种简单的工具来探测海平面上升,比如一根绑在河上的棍子和他们在水下的房屋杆子。这种情况对渔民的时间和经济都是不利的。作者还开始思考如何开发一种可以通过智能手机随时向渔民和垂钓者提供准确的海平面信息的检测工具。作者最终得到了最好的想法,即利用NodeMCU和基于物联网(IoT)的水位传感器和Telegram Messenger,在吉隆坡为渔民和钓鱼者创建一个“海平面检测系统”。这项研究已经成功地进行了,其中基于物联网的海平面检测工具可以在实验室实验和在朗沙市吉隆坡朗沙河口实施期间很好地工作。
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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