Microsoft Speaker Diarization System for the Voxceleb Speaker Recognition Challenge 2020

Система диаризации говорящих Microsoft для соревнования VoxCeleb Speaker Recognition Challenge 2020
Xiong Xiao, Naoyuki Kanda, Zhuo Chen, Tianyan Zhou, Takuya Yoshioka, Sanyuan Chen, Yong Zhao, Gang Liu, Yu Wu, Jian Wu, Shujie Liu, Jinyu Li, Yifan Gong
2021-05-13

DOVER system fusionRes2Net speaker embeddingsVoxSRC 2020continuous speech separationspeaker diarization
This paper describes the Microsoft speaker diarization system for monaural multi-talker recordings in the wild, evaluated at the diarization track of the VoxCeleb Speaker Recognition Challenge (VoxSRC) 2020. We will first explain our system design to address issues in handling real multi-talker recordings. We then present the details of the components, which include Res2Net-based speaker embedding extractor, conformer-based continuous speech separation with leakage filtering, and a modified DOVER (short for Diarization Output Voting Error Reduction) method for system fusion. We evaluate the systems with the data set provided by VoxSRC challenge 2020, which contains real-life multi-talker audio collected from YouTube. Our best system achieves 3.71% and 6.23% of the diarization error rate (DER) on development set and evaluation set, respectively, being ranked the 1st at the diarization track of the challenge.
1
Microsoft’s VoxSRC 2020 diarization system targets monaural, multi-talker recordings collected from real-world YouTube videos.
2
The best system achieves 3.71% diarization error rate on the development set and 6.23% on the evaluation set.
3
The system combines a Res2Net-based speaker-embedding extractor, conformer-based continuous speech separation with leakage filtering, and modified DOVER fusion.
4
The system ranks first in the VoxSRC 2020 speaker diarization track.

Monaural multi-talker recordings in the wild

Speaker diarization performance, including diarization error rate, under real-world multi-talker conditions

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2021-05-13
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Authors
Xiong Xiao
Naoyuki Kanda
Zhuo Chen
Tianyan Zhou
Takuya Yoshioka
Sanyuan Chen
Yong Zhao
Gang Liu
Yu Wu
Jian Wu
Shujie Liu
Jinyu Li
Yifan Gong
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