Design and development of a planar MEMS microphone array
Journal
INTER-NOISE and NOISE-CON Congress and Conference Proceedings
Date Issued
2025-10-22
Author(s)
Pecioski, Damjan
Domazetovska Markovska, Simona
Anachkova, Maja
Shishkovski, Dejan
Angjusheva Ignjatovska, Anastasija
DOI
10.3397/in_2025_1074529
Abstract
<jats:p>In the last few years viewing an audio source has become a widely used tool in many fields such as speech recognition and enhancement and especially in noise localization in different environments. Acoustic cameras are widely used as a tool for noise source investigation, however an
acoustic image is difficult to achieve in environments with a large amount of noise and reverberation. An effective approach to overcome this is the use of beamforming theory coupled with a microphone array in order to obtain a recording of the desired acoustic signal. The aim of this work
is to design and develop a low cost microphone array which can be upgraded with a camera, i.e. acoustic camera, based on digital MEMS microphones and a raspberry pi. Different formations of the microphone array are developed, tested and compared. The details on hardware integration as well
as the development environment are discussed in this paper.</jats:p>
acoustic image is difficult to achieve in environments with a large amount of noise and reverberation. An effective approach to overcome this is the use of beamforming theory coupled with a microphone array in order to obtain a recording of the desired acoustic signal. The aim of this work
is to design and develop a low cost microphone array which can be upgraded with a camera, i.e. acoustic camera, based on digital MEMS microphones and a raspberry pi. Different formations of the microphone array are developed, tested and compared. The details on hardware integration as well
as the development environment are discussed in this paper.</jats:p>
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