An Information Theoretic Combination of MFCC and TDOA Features for Speaker Diarization

Citations Over TimeTop 10% of 2010 papers

Abstract

This correspondence describes a novel system for speaker diarization of meetings recordings based on the combination of acoustic features (MFCC) and time delay of arrivals (TDOAS). The first part of the paper analyzes differences between MFCC and TDOA features which possess completely different statistical properties. When Gaussian mixture models are used, experiments reveal that the diarization system is sensitive to the different recording scenarios (i.e., meeting rooms with varying number of microphones). In the second part, a new multistream diarization system is proposed extending previous work on information theoretic diarization. Both speaker clustering and speaker realignment steps are discussed; in contrary to current systems, the proposed method avoids to perform the feature combination averaging log-likelihood scores. Experiments on meetings data reveal that the proposed approach outperforms the GMM-based system when the recording is done with varying number of microphones.

Related Papers

• → Fused Mel Feature sets based Text-Independent Speaker Identification using Gaussian Mixture Model(2012)31 cited
• → An Information Theoretic Combination of MFCC and TDOA Features for Speaker Diarization(2010)30 cited
• → Speaker Recognition for Device Controlling using MFCC and GMM Algorithm(2020)6 cited
• Individuality Music Recommendation Model Based on MFCC and GMM(2009)
• → Speaker Recognition and Diarization(2010)3 cited