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Design and Implementation of IoT-Based Intelligent Platform for Water Level Monitoring
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 Title & Authors
Design and Implementation of IoT-Based Intelligent Platform for Water Level Monitoring
Park, Jihoon; Kang, Moon Seong; Song, Jung-Hun; Jun, Sang Min;
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 Abstract
The main objective of this study was to assess the applicability of IoT (Internet of Things)-based flood management under climate change by developing intelligent water level monitoring platform based on IoT. In this study, Arduino Uno was selected as the development board, which is an open-source electronic platform. Arduino Uno was designed to connect the ultrasonic sensor, temperature sensor, and data logger shield for implementing IoT. Arduino IDE (Integrated Development Environment) was selected as the Arduino software and used to develop the intelligent algorithm to measure and calibrate the real-time water level automatically. The intelligent water level monitoring platform consists of water level measurement, temperature calibration, data calibration, stage-discharge relationship, and data logger algorithms. Water level measurement and temperature calibration algorithm corrected the bias inherent in the ultrasonic sensor. Data calibration algorithm analyzed and corrected the outliers during the measurement process. The verification of the intelligent water level measurement algorithm was performed by comparing water levels using the tape and ultrasonic sensor, which was generated by measuring water levels at regular intervals up to the maximum level. The statistics of the slope of the regression line and were 1.00 and 0.99, respectively which were considered acceptable. The error was 0.0575 cm. The verification of data calibration algorithm was performed by analyzing water levels containing all error codes in a time series graph. The intelligent platform developed in this study may contribute to the public IoT service, which is applicable to intelligent flood management under climate change.
 Keywords
Internet of Things;Hyper-connected watershed;Intelligent Platform;Arduino;Water Level Monitoring;
 Language
Korean
 Cited by
1.
기후변화 시나리오를 이용한 미래 읍면동단위 기준증발산량 데이터베이스 설계 및 구축,김태곤;서교;남원호;이제명;황세운;유승환;홍순욱;

농촌계획, 2016. vol.22. 4, pp.71-80 crossref(new window)
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