This repository contains the training code for 'In defence of metric learning for speaker recognition.'
pip install -r requirements.txt
The following script can be used to download and prepare the VoxCeleb dataset for training.
python ./dataprep.py --save_path /home/joon/voxceleb --download --user USERNAME --password PASSWORD
python ./dataprep.py --save_path /home/joon/voxceleb --extract
python ./dataprep.py --save_path /home/joon/voxceleb --convert
In addition to the Python dependencies, wget
and ffmpeg
must be installed on the system.
python ./trainSpeakerNet.py --model ResNetSE34 --encoder SAP --trainfunc amsoftmax --optimizer adam --save_path data/exp1 --batch_size 200 --max_frames 200 --scale 30 --margin 0.3 --train_list /home/joon/voxceleb/train_list.txt --test_list /home/joon/voxceleb/test_list.txt --train_path /home/joon/voxceleb/voxceleb2 --test_path /home/joon/voxceleb/voxceleb1
A pretrained model can be downloaded from here.
You can check that the following script returns: EER 2.2322
.
python ./trainSpeakerNet.py --eval --model ResNetSE34L --trainfunc angleproto --save_path data/test --max_frames 300 --test_list /home/joon/voxceleb/test_list.txt --test_path /home/joon/voxceleb/voxceleb1 --initial_model baseline_lite_ap.model
Softmax (softmax)
AM-Softmax (amsoftmax)
AAM-Softmax (aamsoftmax)
GE2E (ge2e)
Prototypical (proto)
Triplet (triplet)
Contrastive (contrastive)
Angular Prototypical (angleproto)
ResNetSE34 (SAP)
ResNetSE34L (SAP)
VGGVox40 (SAP, TAP, MAX)
The VoxCeleb datasets are used for these experiments.
The train list should contain the identity and the file path, one line per utterance, as follows:
id00000 id00000/youtube_key/12345.wav
id00012 id00012/21Uxsk56VDQ/00001.wav
The train list for VoxCeleb2 can be download from here and the test list for VoxCeleb1 from here.
- Model definitions
VGG-M-40
in the paper isVGGVox
in the code.Thin ResNet-34
is in the paperResNetSE34
in the code.Fast ResNet-34
is in the paperResNetSE34L
in the code.
-
For metric learning objectives, the batch size in the paper is
nSpeakers
multiplied bybatch_size
in the code. For the batch size of 800 in the paper, use--nSpeakers 2 --batch_size 400
,--nSpeakers 3 --batch_size 266
, etc. -
The models have been trained with
--max_frames 200
and evaluated with--max_frames 400
. -
You can get a good balance between speed and performance using the configuration below.
python ./trainSpeakerNet.py --model ResNetSE34L --trainfunc angleproto --batch_size 400 --nSpeakers 2 --train_list /home/joon/voxceleb/train_list.txt --test_list /home/joon/voxceleb/test_list.txt --train_path /home/joon/voxceleb/voxceleb2 --test_path /home/joon/voxceleb/voxceleb1
Please cite the following if you make use of the code.
@article{chung2020in,
title={In defence of metric learning for speaker recognition},
author={Chung, Joon Son and Huh, Jaesung and Mun, Seongkyu and Lee, Minjae and Heo, Hee Soo and Choe, Soyeon and Ham, Chiheon and Jung, Sunghwan and Lee, Bong-Jin and Han, Icksang},
journal={arXiv preprint arXiv:2003.11982},
year={2020}
}
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