msb-public
/
PaddleSpeech
mirror of https://github.com/PaddlePaddle/PaddleSpeech
1
0
Code Issues Projects Releases Wiki Activity
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
Branches Tags
${ item.name }
Create tag ${ searchTerm }
Create branch ${ searchTerm }
from '9473b8468c'
${ noResults }
PaddleSpeech/demos/speaker_verification
History
Hui Zhang caaa5cd502
more cli for speech demos 		2 years ago
..
README.md Update usage and doc of cli executor. 2 years ago
README_cn.md Update usage and doc of cli executor. 2 years ago
run.sh more cli for speech demos 2 years ago

README.md
Escape

(简体中文|English)

Speech Verification

Introduction

Speaker Verification, refers to the problem of getting a speaker embedding from an audio.

This demo is an implementation to extract speaker embedding from a specific audio file. It can be done by a single command or a few lines in python using PaddleSpeech.

Usage

1. Installation

see installation.

You can choose one way from easy, meduim and hard to install paddlespeech.

2. Prepare Input File

The input of this cli demo should be a WAV file(.wav), and the sample rate must be the same as the model.

Here are sample files for this demo that can be downloaded:

wget -c https://paddlespeech.bj.bcebos.com/vector/audio/85236145389.wav

3. Usage

  • Command Line(Recommended)

    paddlespeech vector --task spk --input 85236145389.wav

echo -e "demo1 85236145389.wav" > vec.job
paddlespeech vector --task spk --input vec.job

echo -e "demo2 85236145389.wav \n demo3 85236145389.wav" | paddlespeech vector --task spk

paddlespeech vector --task score --input "./85236145389.wav ./123456789.wav"

echo -e "demo4 85236145389.wav 85236145389.wav \n demo5 85236145389.wav 123456789.wav" > vec.job
paddlespeech vector --task score --input vec.job

    Usage:

    paddlespeech vector --help

    Arguments:

    • input(required): Audio file to recognize.
    • task (required): Specify vector task. Default spk。
    • model: Model type of vector task. Default: ecapatdnn_voxceleb12.
    • sample_rate: Sample rate of the model. Default: 16000.
    • config: Config of vector task. Use pretrained model when it is None. Default: None.
    • ckpt_path: Model checkpoint. Use pretrained model when it is None. Default: None.
    • device: Choose device to execute model inference. Default: default device of paddlepaddle in current environment.

    Output:

      demo [ -1.3251206    7.8606825   -4.620626     0.3000721    2.2648535
  -1.1931441    3.0647137    7.673595    -6.0044727  -12.02426
  -1.9496069    3.1269536    1.618838    -7.6383104   -1.2299773
-12.338331     2.1373026   -5.3957124    9.717328     5.6752305
  3.7805123    3.0597172    3.429692     8.97601     13.174125
  -0.53132284   8.9424715    4.46511     -4.4262476   -9.726503
  8.399328     7.2239175   -7.435854     2.9441683   -4.3430395
-13.886965    -1.6346735  -10.9027405   -5.311245     3.8007221
  3.8976038   -2.1230774   -2.3521194    4.151031    -7.4048667
  0.13911647   2.4626107    4.9664545    0.9897574    5.4839754
  -3.3574002   10.1340065   -0.6120171  -10.403095     4.6007543
  16.00935     -7.7836914   -4.1945305   -6.9368606    1.1789556
  11.490801     4.2380238    9.550931     8.375046     7.5089145
  -0.65707296  -0.30051577   2.8406055    3.0828028    0.730817
  6.148354     0.13766119 -13.424735    -7.7461405   -2.3227983
  -8.305252     2.9879124  -10.995229     0.15211068  -2.3820348
  -1.7984174    8.495629    -5.8522367   -3.755498     0.6989711
  -5.2702994   -2.6188622   -1.8828466   -4.64665     14.078544
  -0.5495333   10.579158    -3.2160501    9.349004    -4.381078
-11.675817    -2.8630207    4.5721755    2.246612    -4.574342
  1.8610188    2.3767874    5.6257877   -9.784078     0.64967257
  -1.4579505    0.4263264   -4.9211264   -2.454784     3.4869802
  -0.42654222   8.341269     1.356552     7.0966883  -13.102829
  8.016734    -7.1159344    1.8699781    0.208721    14.699384
  -1.025278    -2.6107233   -2.5082312    8.427193     6.9138527
  -6.2912464    0.6157366    2.489688    -3.4668267    9.921763
  11.200815    -0.1966403    7.4916005   -0.62312716  -0.25848144
  -9.947997    -0.9611041    1.1649219   -2.1907122   -1.5028487
  -0.51926106  15.165954     2.4649463   -0.9980445    7.4416637
  -2.0768049    3.5896823   -7.3055434   -7.5620847    4.323335
  0.0804418   -6.56401     -2.3148053   -1.7642345   -2.4708817
  -7.675618    -9.548878    -1.0177554    0.16986446   2.5877135
  -1.8752296   -0.36614323  -6.0493784   -2.3965611   -5.9453387
  0.9424033  -13.155974    -7.457801     0.14658108  -3.742797
  5.8414927   -1.2872906    5.5694313   12.57059      1.0939219
  2.2142086    1.9181576    6.9914207   -5.888139     3.1409824
  -2.003628     2.4434285    9.973139     5.03668      2.0051203
  2.8615603    5.860224     2.9176188   -1.6311141    2.0292206
  -4.070415    -6.831437  ]

  • Python API

    from paddlespeech.cli.vector import VectorExecutor

vector_executor = VectorExecutor()
audio_emb = vector_executor(
    model='ecapatdnn_voxceleb12',
    sample_rate=16000,
    config=None,  # Set `config` and `ckpt_path` to None to use pretrained model.
    ckpt_path=None,
    audio_file='./85236145389.wav',
    device=paddle.get_device())
print('Audio embedding Result: \n{}'.format(audio_emb))

test_emb = vector_executor(
    model='ecapatdnn_voxceleb12',
    sample_rate=16000,
    config=None,  # Set `config` and `ckpt_path` to None to use pretrained model.
    ckpt_path=None,
    audio_file='./123456789.wav',
    device=paddle.get_device())
print('Test embedding Result: \n{}'.format(test_emb))

# score range [0, 1]
score = vector_executor.get_embeddings_score(audio_emb, test_emb)
print(f"Eembeddings Score: {score}")

    Output：

    # Vector Result:
 Audio embedding Result:
  [ -1.3251206    7.8606825   -4.620626     0.3000721    2.2648535
    -1.1931441    3.0647137    7.673595    -6.0044727  -12.02426
    -1.9496069    3.1269536    1.618838    -7.6383104   -1.2299773
  -12.338331     2.1373026   -5.3957124    9.717328     5.6752305
    3.7805123    3.0597172    3.429692     8.97601     13.174125
    -0.53132284   8.9424715    4.46511     -4.4262476   -9.726503
    8.399328     7.2239175   -7.435854     2.9441683   -4.3430395
  -13.886965    -1.6346735  -10.9027405   -5.311245     3.8007221
    3.8976038   -2.1230774   -2.3521194    4.151031    -7.4048667
    0.13911647   2.4626107    4.9664545    0.9897574    5.4839754
    -3.3574002   10.1340065   -0.6120171  -10.403095     4.6007543
    16.00935     -7.7836914   -4.1945305   -6.9368606    1.1789556
    11.490801     4.2380238    9.550931     8.375046     7.5089145
    -0.65707296  -0.30051577   2.8406055    3.0828028    0.730817
    6.148354     0.13766119 -13.424735    -7.7461405   -2.3227983
    -8.305252     2.9879124  -10.995229     0.15211068  -2.3820348
    -1.7984174    8.495629    -5.8522367   -3.755498     0.6989711
    -5.2702994   -2.6188622   -1.8828466   -4.64665     14.078544
    -0.5495333   10.579158    -3.2160501    9.349004    -4.381078
  -11.675817    -2.8630207    4.5721755    2.246612    -4.574342
    1.8610188    2.3767874    5.6257877   -9.784078     0.64967257
    -1.4579505    0.4263264   -4.9211264   -2.454784     3.4869802
    -0.42654222   8.341269     1.356552     7.0966883  -13.102829
    8.016734    -7.1159344    1.8699781    0.208721    14.699384
    -1.025278    -2.6107233   -2.5082312    8.427193     6.9138527
    -6.2912464    0.6157366    2.489688    -3.4668267    9.921763
    11.200815    -0.1966403    7.4916005   -0.62312716  -0.25848144
    -9.947997    -0.9611041    1.1649219   -2.1907122   -1.5028487
    -0.51926106  15.165954     2.4649463   -0.9980445    7.4416637
    -2.0768049    3.5896823   -7.3055434   -7.5620847    4.323335
    0.0804418   -6.56401     -2.3148053   -1.7642345   -2.4708817
    -7.675618    -9.548878    -1.0177554    0.16986446   2.5877135
    -1.8752296   -0.36614323  -6.0493784   -2.3965611   -5.9453387
    0.9424033  -13.155974    -7.457801     0.14658108  -3.742797
    5.8414927   -1.2872906    5.5694313   12.57059      1.0939219
    2.2142086    1.9181576    6.9914207   -5.888139     3.1409824
    -2.003628     2.4434285    9.973139     5.03668      2.0051203
    2.8615603    5.860224     2.9176188   -1.6311141    2.0292206
    -4.070415    -6.831437  ]
  # get the test embedding
  Test embedding Result:
  [  2.5247195    5.119042    -4.335273     4.4583654    5.047907
    3.5059214    1.6159848    0.49364898 -11.6899185   -3.1014526
    -5.6589785   -0.42684984   2.674276   -11.937654     6.2248464
  -10.776924    -5.694543     1.112041     1.5709964    1.0961034
    1.3976512    2.324352     1.339981     5.279319    13.734659
    -2.5753925   13.651442    -2.2357535    5.1575427   -3.251567
    1.4023279    6.1191974   -6.0845175   -1.3646189   -2.6789894
  -15.220778     9.779349    -9.411551    -6.388947     6.8313975
    -9.245996     0.31196198   2.5509644   -4.413065     6.1649427
    6.793837     2.6328635    8.620976     3.4832475    0.52491665
    2.9115407    5.8392377    0.6702376   -3.2726715    2.6694255
    16.91701     -5.5811176    0.23362345  -4.5573606  -11.801059
    14.728292    -0.5198082   -3.999922     7.0927105   -7.0459595
    -5.4389      -0.46420583  -5.1085467   10.376568    -8.889225
    -0.37705845  -1.659806     2.6731026   -7.1909504    1.4608804
    -2.163136    -0.17949677   4.0241547    0.11319201   0.601279
    2.039692     3.1910992  -11.649526    -8.121584    -4.8707457
    0.3851982    1.4231744   -2.3321972    0.99332285  14.121717
    5.899413     0.7384519  -17.760096    10.555021     4.1366534
    -0.3391071   -0.20792882   3.208204     0.8847948   -8.721497
    -6.432868    13.006379     4.8956      -9.155822    -1.9441519
    5.7815638   -2.066733    10.425042    -0.8802383   -2.4314315
    -9.869258     0.35095334  -5.3549943    2.1076174   -8.290468
    8.4433365   -4.689333     9.334139    -2.172678    -3.0250976
    8.394216    -3.2110903   -7.93868      2.3960824   -2.3213403
    -1.4963245   -3.476059     4.132903   -10.893354     4.362673
    -0.45456508  10.258634    -1.1655927   -6.7799754    0.22885278
    -4.399287     2.333433    -4.84745     -4.2752337   -1.3577863
    -1.0685898    9.505196     7.3062205    0.08708266  12.927811
    -9.57974      1.3936648   -1.9444873    5.776769    15.251903
    10.6118355   -1.4903594   -9.535318    -3.6553776   -1.6699586
    -0.5933151    7.600357    -4.8815503   -8.698617   -15.855757
    0.25632986  -7.2235737    0.9506656    0.7128582   -9.051738
    8.74869     -1.6426028   -6.5762258    2.506905    -6.7431564
    5.129912   -12.189555    -3.6435068   12.068113    -6.0059533
    -2.3535995    2.9014351   22.3082      -1.5563312   13.193291
    2.7583609   -7.468798     1.3407065   -4.599617    -6.2345777
    10.7689295    7.137627     5.099476     0.3473359    9.647881
    -2.0484571   -5.8549366 ]
  # get the score between enroll and test
  Eembeddings Score: 0.45332613587379456

4.Pretrained Models

Here is a list of pretrained models released by PaddleSpeech that can be used by command and python API:

Model Sample Rate
ecapatdnn_voxceleb12 16k