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Our research, titled "IoT-based Smart Waste Management System using Arduino," is driven by the primary goal of contributing to the Swacch Bharat Abhiyan initiated by our Honorable Prime Minister, Shri. Narendra Modi. Leveraging advancements in emerging technologies, we focused on implementing a smart system for waste management, specifically targeting waste bins and their contents. In our research, we employed Internet of Things (IoT) principles to develop a fully functional model. The core of our working model is an Arduino microcontroller, integrated with ultrasonic sensors and motors within the dustbins. The objective is to address the importance of maintaining cleanliness in waste disposal areas, as poorly managed bins can lead to an unhealthy environment and contribute to various pollutants that adversely affect public health.Our innovative solution incorporates ultrasonic sensors, servo motors, and battery jumper cables. Once the hardware and software connections are established, the smart dustbin program is activated. The dustbin lid intelligently responds to the user's presence, waiting for them to approach before opening for trash disposal. The ultrasonic sensors detect the user, prompting the servo motor to lift the lid. After the user disposes of the trash, the lid automatically closes. This technology not only promotes health and hygiene from a societal perspective but also aims to be economically accessible to a wide range of users. Our vision is to make this smart waste management solution inclusive, benefiting people from all walks of life.
Srivastava et al. (Fri,) studied this question.
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