Automatic Noise Level Data Acquisition System using Raspberry Pi and Arduino

Authors: Nilesh Mishra, Dhirendra Deode, Rajani Harle, Deeksha Varvade, Chinmay Joshi, Hardik Suryavanshi

Country: India

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Abstract: This System is being implemented by using an Arduino and Raspberry Pi it presents an innovative approach to take note of noise pollution issues. The noise sensors integrated will capture environmental noise, with Arduino serving as the processing hub. The system will gather real-time data which are connected in wireless sensor network (WSN) enabling reading displayed by using LCD and it continuously acquire data of noise being generated in the place where it is being installed. Cost effectiveness and simplicity make it adaptable for diverse applications. By providing continuous monitoring, it facilitates proactive measures for noise control and compliance if there is any issue or in future also we can see the data as it being uploaded into cloud by means of MySQL. The Arduino based solution contributes to sustainable urban planning and improved public health. This project showcases the potential of affordable Internet of Things (IoT) technology to create effective noise management strategies, along with a provision for capturing the picture of the person making Noise or sources involved in noise generation.

The government set the average sound intensity in the morning and evening around the non-noise places of worship is 55 dB .so this device is being calibrated by using the scale being provided by the government guidelines. Measuring instrument, the intensity of sounds in our surrounding is useful to decide to take action if needed to stop and reduce the noise pollution. Raspberry Pi is a small Computer with Wi-Fi and four USB ports along with a provision to connect a camera, Arduino Uno board is a combination of hardware and software with low resource requirements, which allows user to interact with objects (physical quantities) in the vicinity. Microphone sound sensor module is a high-sensitivity sound detector.

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Paper Id: 230552

Published On: 2024-04-09

Published In: Volume 12, Issue 2, March-April 2024

Cite This: Automatic Noise Level Data Acquisition System using Raspberry Pi and Arduino - Nilesh Mishra, Dhirendra Deode, Rajani Harle, Deeksha Varvade, Chinmay Joshi, Hardik Suryavanshi - IJIRMPS Volume 12, Issue 2, March-April 2024.

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