A Low-Cost Real-Time Monitoring System for the River Level in Wasit Province
Author:
Affiliation:
1. Wasit University,Electrical Engineering Department,Kut,Wasit,Iraq
Publisher
IEEE
Link
http://xplorestaging.ieee.org/ielx7/9733006/9733007/09733092.pdf?arnumber=9733092
Reference20 articles.
1. Arduino-compatible microcontroller module for electronics practices and environmental monitoring
2. Design of river height and speed monitoring system by using Arduino
3. Smart IoT Flood Monitoring System
4. GPRS based river water level monitoring and measuring system
5. Introduction to Arduino UNO BOARD;misra;Programming and Interfacing with Arduino,2021
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