2022 International Conference on Applied Artificial Intelligence and Computing (ICAAIC) · 2022 · 25 citations · 11 references
Natural ResourcesInformation TechnologyWater Resources ManagementInternet Of ThingsSensorsWater ConservationIot SensorsSensor NetworksWater ManagementWater Management SystemsWater Status MonitoringWater-saving TechnologiesReal-time Water Loss MonitoringSmart Water MonitoringUltrasonic Level SensorsUltrasonic SensorsWater Level SensorsWireless Data Transmission
Some countries face water shortages, and transmission wastage has been identified as a significant contributor; this research is motivated by the desire for increased financial gains while also benefiting the environment and the water cycle, so that a cutting-edge technology can be ensured that alerts users of the liquid's level and keep it from overflowing. Using containers with ultrasonic sensors above them, the system demonstrates this by comparing the liquid level in the container to the container's depth. For data transmission, a Wi-Fi modem and a buzzer are used in conjunction with an A VR microprocessor from the A VR family. A 12 V transformer provides the electricity for this system. In order to keep track of how much liquidis remaining in the containers, an LCD monitor is used. A web page shows the user how much liquid is in the container by highlighting the liquid level. The buzzer starts to sound when the liquid's specified limit is surpassed. Thus, this technology contributes to water conservation by providing information about the liquid levels in the containers.
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