Sound Event Detection Based on Beamformed Convolutional Neural Network Using Multi-Microphones

Citations

SCOPUS

1

초록

This paper presents a real environment sound event detection method based on pre-processing technology. Our goal is to improve the performance of the sound event detection using a pre-processing module called parameterized multi-channel non-causal Wiener filter (PMWF). First, we convert the existing 1 channel data to 2 channels through the Room impulse response generator (RIR) module. The reason for 2-channel conversion is that PMWF requires multiple channels for beamforming. Noise cancellation is performed through PMWF and the results are derived through the proposed convolutional neural network model. As a result, we found that this method has a good effect on real-time sound event detection, and we found that peak normalization and median filter also have a good effect.

키워드

Convolutional neural network; Deep neural network; Median filter; Parametric multi-channel Wiener filter; Convolution; Deep neural networks; Digital integrated circuits; Impulse response; Neural networks; Causal Wiener filter; Convolutional neural network; Multichannel Wiener filter; Noise cancellation; Pre-processing technology; Real time sound events; Room impulse response; Sound event detection; Median filters
제목
Sound Event Detection Based on Beamformed Convolutional Neural Network Using Multi-Microphones
저자
Kim, Jaehun; Noh, Kyoungin; Kim, Jaeha; Chang, Joon Hyuk
DOI
10.1109/ICNIDC.2018.8525597
발행일
2018-11
유형
Conference Paper
저널명
Proceedings of 2018 6th IEEE International Conference on Network Infrastructure and Digital Content, IC-NIDC 2018
페이지
170 ~ 173