Paper Contents
Abstract
In order to bring a fish farming pond as close to its natural state as feasible with the least amount of human intervention, the proposed work intends to create a smart IoT system that is utilized to automate the monitoring and maintenance of a fish farming pond in remote places. Weconcluded that most smart fishponds employ temperature sensors to gauge the water's temperature based on the results of several studies we reviewed. In this situation, a DSP18B20 sensor is being used to measure the temperature, and we have offered a clever solution forkeeping the fish tank's temperature within the permitted temperature range. We are using a water heater and a water chiller to maintain our fishpond's temperature within the appropriate range. MATLAB's Thingspeak IOT platform receives the temperature measurement afterthe DSP18B20 initially determines the tank's temperature. After that, based on the temperature reading, the water heater and water cooler will start operating. The goal of this inventive technique is to lessen environmental stress onthe pond's fish population. An automated Internet of Things system for fish farming uses a Wi-Fi remote link tomeasure crucial variables like water temperature and water level.
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