Accuracy Enhancement of Real-Time Novel Water Quality Monitoring System using Arduino in Comparison with Microcontroller based System

The fundamental objective of this study is to develop and implement a system based on Arduino Uno that is capable of monitoring the quality of the water. Creating an entirely new system by comparing and contrasting the functionality of existing ones that are based on Arduino and microcontrollers in order to learn from their successes and failures. The paired sample T-test that was done between the two groups that are being considered led to the conclusion that the maximum turbidity that may be tolerated is 4 Nephelometric Turbidity Units. This conclusion was reached after comparing the two groups. The performance of Arduino is superior to that of microcontrollers when it comes to determining the purity of the water. The significance threshold is set at 0.001, the standard error rate is set at 0.125, the G power is set at 0.8, and the p value must be less than 0.05 in order to pass. The results of the experiment showed that when compared to the microcontroller, the Arduino was far more accurate in its monitoring of the water's quality than the microcontroller was. This was proved by the fact that the microcontroller's results were significantly less accurate.