Abstract
Abstract: Environmental hygiene is very important for a healthy life. In our daily lives, waste containers should be stored without proper supervision until they overflow and fill up to leak and produce environmental pollutants that cause serious problems for human and environmental health. Is often. In smart cities, garbage containers need to be monitored and managed to ensure a healthy and smooth environment. In the field of technological progress, real-time monitoring and manipulation of waste treatment is a difficult topic that arouses urgent interest in the research community. Traditional methods of monitoring waste in strategically located waste bins are time-consuming, labour-intensive, costly, highly tedious and inefficient methods that do not meet the needs of smart cities. This study paper continuously detects the layout and implementation of IoT, as well as the percentage and location of waste in the bin, displays a "full" message when the bin is 85% full, and has a 15-time margin. Provides an ultrasonic sensor to give. % Will be supplied. Visual display if the emptying process is delayed. Keywords: Ultrasonic sensor, Internet of Things (IoT), LCD display, I2C Converter, Node MCU
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