Modular and extensible speech recognition library leveraging pytorch-lightning and hydra.

Overview

Lightning ASR

Modular and extensible speech recognition library leveraging pytorch-lightning and hydra


What is Lightning ASRInstallationGet StartedDocsCodefactorLicense


Introduction

PyTorch Lightning is the lightweight PyTorch wrapper for high-performance AI research. PyTorch is extremely easy to use to build complex AI models. But once the research gets complicated and things like multi-GPU training, 16-bit precision and TPU training get mixed in, users are likely to introduce bugs. PyTorch Lightning solves exactly this problem. Lightning structures your PyTorch code so it can abstract the details of training. This makes AI research scalable and fast to iterate on.

This project is an example that implements the asr project with PyTorch Lightning. In this project, I trained a model consisting of a conformer encoder + LSTM decoder with Joint CTC-Attention. I hope this could be a guideline for those who research speech recognition.

Installation

This project recommends Python 3.7 or higher.
I recommend creating a new virtual environment for this project (using virtual env or conda).

Prerequisites

  • numpy: pip install numpy (Refer here for problem installing Numpy).
  • pytorch: Refer to PyTorch website to install the version w.r.t. your environment.
  • librosa: conda install -c conda-forge librosa (Refer here for problem installing librosa)
  • torchaudio: pip install torchaudio==0.6.0 (Refer here for problem installing torchaudio)
  • sentencepiece: pip install sentencepiece (Refer here for problem installing sentencepiece)
  • pytorch-lightning: pip install pytorch-lightning (Refer here for problem installing pytorch-lightning)
  • hydra: pip install hydra-core --upgrade (Refer here for problem installing hydra)

Install from source

Currently I only support installation from source code using setuptools. Checkout the source code and run the
following commands:

$ pip install -e .
$ ./setup.sh

Install Apex (for 16-bit training)

For faster training install NVIDIA's apex library:

$ git clone https://github.com/NVIDIA/apex
$ cd apex

# ------------------------
# OPTIONAL: on your cluster you might need to load CUDA 10 or 9
# depending on how you installed PyTorch

# see available modules
module avail

# load correct CUDA before install
module load cuda-10.0
# ------------------------

# make sure you've loaded a cuda version > 4.0 and < 7.0
module load gcc-6.1.0

$ pip install -v --no-cache-dir --global-option="--cpp_ext" --global-option="--cuda_ext" ./

Get Started

I use Hydra to control all the training configurations. If you are not familiar with Hydra I recommend visiting the Hydra website. Generally, Hydra is an open-source framework that simplifies the development of research applications by providing the ability to create a hierarchical configuration dynamically.

Download LibriSpeech dataset

You have to download LibriSpeech dataset that contains 1000h English speech corpus. But you can download simply by dataset_download option. If this option is True, download the dataset and start training. If you already have a dataset, you can set option dataset_download to False and specify dataset_path.

Training Speech Recognizer

You can simply train with LibriSpeech dataset like below:

  • Example1: Train the conformer-lstm model with filter-bank features on GPU.
$ python ./bin/main.py \
data=default \
dataset_download=True \
audio=fbank \
model=conformer_lstm \
lr_scheduler=reduce_lr_on_plateau \
trainer=gpu
  • Example2: Train the conformer-lstm model with mel-spectrogram features On TPU:
$ python ./bin/main.py \
data=default \
dataset_download=True \
audio=melspectrogram \
model=conformer_lstm \
lr_scheduler=reduce_lr_on_plateau \
trainer=tpu

Troubleshoots and Contributing

If you have any questions, bug reports, and feature requests, please open an issue on Github.

I appreciate any kind of feedback or contribution. Feel free to proceed with small issues like bug fixes, documentation improvement. For major contributions and new features, please discuss with the collaborators in corresponding issues.

Code Style

I follow PEP-8 for code style. Especially the style of docstrings is important to generate documentation.

License

This project is licensed under the MIT LICENSE - see the LICENSE.md file for details

Author

You might also like...
A high-level yet extensible library for fast language model tuning via automatic prompt search

ruPrompts ruPrompts is a high-level yet extensible library for fast language model tuning via automatic prompt search, featuring integration with Hugg

Neural Lexicon Reader: Reduce Pronunciation Errors in End-to-end TTS by Leveraging External Textual Knowledge

Neural Lexicon Reader: Reduce Pronunciation Errors in End-to-end TTS by Leveraging External Textual Knowledge This is an implementation of the paper,

Code for text augmentation method leveraging large-scale language models

HyperMix Code for our paper GPT3Mix and conducting classification experiments using GPT-3 prompt-based data augmentation. Getting Started Installing P

Silero Models: pre-trained speech-to-text, text-to-speech models and benchmarks made embarrassingly simple
Silero Models: pre-trained speech-to-text, text-to-speech models and benchmarks made embarrassingly simple

Silero Models: pre-trained speech-to-text, text-to-speech models and benchmarks made embarrassingly simple

Neural building blocks for speaker diarization: speech activity detection, speaker change detection, overlapped speech detection, speaker embedding
Neural building blocks for speaker diarization: speech activity detection, speaker change detection, overlapped speech detection, speaker embedding

⚠️ Checkout develop branch to see what is coming in pyannote.audio 2.0: a much smaller and cleaner codebase Python-first API (the good old pyannote-au

Simple Speech to Text, Text to Speech

Simple Speech to Text, Text to Speech 1. Download Repository Opsi 1 Download repository ini, extract di lokasi yang diinginkan Opsi 2 Jika sudah famil

Code for ACL 2022 main conference paper "STEMM: Self-learning with Speech-text Manifold Mixup for Speech Translation".

STEMM: Self-learning with Speech-Text Manifold Mixup for Speech Translation This is a PyTorch implementation for the ACL 2022 main conference paper ST

simpleT5 is built on top of PyTorch-lightning⚡️ and Transformers🤗 that lets you quickly train your T5 models.
simpleT5 is built on top of PyTorch-lightning⚡️ and Transformers🤗 that lets you quickly train your T5 models.

Quickly train T5 models in just 3 lines of code + ONNX support simpleT5 is built on top of PyTorch-lightning ⚡️ and Transformers 🤗 that lets you quic

An example project using OpenPrompt under pytorch-lightning for prompt-based SST2 sentiment analysis model

pl_prompt_sst An example project using OpenPrompt under the framework of pytorch-lightning for a training prompt-based text classification model on SS

Comments
  • incorrect spm params

    incorrect spm params

    python prepare_libri.py --dataset_path ../../data/lasr/libri/LibriSpeech --vocab_size 5000
    sentencepiece_trainer.cc(177) LOG(INFO) Running command: --input=spm_input.txt --model_prefix=tokenizer --vocab_size=5000 --model_type=unigram --pad_id=0 --bos_id=1 --eos_id=2
    sentencepiece_trainer.cc(77) LOG(INFO) Starts training with :
    trainer_spec {
      input: spm_input.txt
      input_format:
      model_prefix: tokenizer
      model_type: UNIGRAM
      vocab_size: 5000
      self_test_sample_size: 0
      character_coverage: 0.9995
      input_sentence_size: 0
      shuffle_input_sentence: 1
      seed_sentencepiece_size: 1000000
      shrinking_factor: 0.75
      max_sentence_length: 4192
      num_threads: 16
      num_sub_iterations: 2
      max_sentencepiece_length: 16
      split_by_unicode_script: 1
      split_by_number: 1
      split_by_whitespace: 1
      split_digits: 0
      treat_whitespace_as_suffix: 0
      required_chars:
      byte_fallback: 0
      vocabulary_output_piece_score: 1
      train_extremely_large_corpus: 0
      hard_vocab_limit: 1
      use_all_vocab: 0
      unk_id: 0
      bos_id: 1
      eos_id: 2
      pad_id: 0
      unk_piece: <unk>
      bos_piece: <s>
      eos_piece: </s>
      pad_piece: <pad>
      unk_surface:  ⁇
    }
    normalizer_spec {
      name: nmt_nfkc
      add_dummy_prefix: 1
      remove_extra_whitespaces: 1
      escape_whitespaces: 1
      normalization_rule_tsv:
    }
    denormalizer_spec {}
    Traceback (most recent call last):
      File "prepare_libri.py", line 65, in <module>
        main()
      File "prepare_libri.py", line 58, in main
        prepare_tokenizer(transcripts_collection[0], opt.vocab_size)
      File "lasr/dataset/preprocess.py", line 71, in prepare_tokenizer
        spm.SentencePieceTrainer.Train(cmd)
      File "anaconda3/envs/lasr/lib/python3.7/site-packages/sentencepiece/__init__.py", line 407, in Train
        return SentencePieceTrainer._TrainFromString(arg)
      File "anaconda3/envs/lasr/lib/python3.7/site-packages/sentencepiece/__init__.py", line 385, in _TrainFromString
        return _sentencepiece.SentencePieceTrainer__TrainFromString(arg)
    RuntimeError: Internal: /home/conda/feedstock_root/build_artifacts/sentencepiece_1612846348604/work/src/trainer_interface.cc(666) [insert_id(trainer_spec_.pad_id(), trainer_spec_.pad_piece())]
    
    
    opened by szalata 3
Releases(v0.1)
This repository details the steps in creating a Part of Speech tagger using Trigram Hidden Markov Models and the Viterbi Algorithm without using external libraries.

POS-Tagger This repository details the creation of a Part-of-Speech tagger using Trigram Hidden Markov Models to predict word tags in a word sequence.

Raihan Ahmed 1 Dec 09, 2021
An easy-to-use Python module that helps you to extract the BERT embeddings for a large text dataset (Bengali/English) efficiently.

An easy-to-use Python module that helps you to extract the BERT embeddings for a large text dataset (Bengali/English) efficiently.

Khalid Saifullah 37 Sep 05, 2022
Course project of [email protected]

NaiveMT Prepare Clone this repository git clone [email protected]:Poeroz/NaiveMT.git

Poeroz 2 Apr 24, 2022
Geometry-Consistent Neural Shape Representation with Implicit Displacement Fields

Geometry-Consistent Neural Shape Representation with Implicit Displacement Fields [project page][paper][cite] Geometry-Consistent Neural Shape Represe

Yifan Wang 100 Dec 19, 2022
BMInf (Big Model Inference) is a low-resource inference package for large-scale pretrained language models (PLMs).

BMInf (Big Model Inference) is a low-resource inference package for large-scale pretrained language models (PLMs).

OpenBMB 377 Jan 02, 2023
Simple NLP based project without any use of AI

Simple NLP based project without any use of AI

Shripad Rao 1 Apr 26, 2022
Turn clang-tidy warnings and fixes to comments in your pull request

clang-tidy pull request comments A GitHub Action to post clang-tidy warnings and suggestions as review comments on your pull request. What platisd/cla

Dimitris Platis 30 Dec 13, 2022
天池中药说明书实体识别挑战冠军方案;中文命名实体识别;NER; BERT-CRF & BERT-SPAN & BERT-MRC;Pytorch

天池中药说明书实体识别挑战冠军方案;中文命名实体识别;NER; BERT-CRF & BERT-SPAN & BERT-MRC;Pytorch

zxx飞翔的鱼 751 Dec 30, 2022
Weird Sort-and-Compress Thing

Weird Sort-and-Compress Thing A weird integer sorting + compression algorithm inspired by a conversation with Luthingx (it probably already exists by

Douglas 1 Jan 03, 2022
Text-to-Speech for Belarusian language

title emoji colorFrom colorTo sdk app_file pinned Belarusian TTS 🐸 green green gradio app.py false Belarusian TTS 📢 🤖 Belarusian TTS (text-to-speec

Yurii Paniv 1 Nov 27, 2021
DeepAmandine is an artificial intelligence that allows you to talk to it for hours, you won't know the difference.

DeepAmandine This is an artificial intelligence based on GPT-3 that you can chat with, it is very nice and makes a lot of jokes. We wish you a good ex

BuyWithCrypto 3 Apr 19, 2022
edge-SR: Super-Resolution For The Masses

edge-SR: Super Resolution For The Masses Citation Pablo Navarrete Michelini, Yunhua Lu and Xingqun Jiang. "edge-SR: Super-Resolution For The Masses",

Pablo 40 Nov 10, 2022
Chinese version of GPT2 training code, using BERT tokenizer.

GPT2-Chinese Description Chinese version of GPT2 training code, using BERT tokenizer or BPE tokenizer. It is based on the extremely awesome repository

Zeyao Du 5.6k Jan 04, 2023
NeuralQA: A Usable Library for Question Answering on Large Datasets with BERT

NeuralQA: A Usable Library for (Extractive) Question Answering on Large Datasets with BERT Still in alpha, lots of changes anticipated. View demo on n

Victor Dibia 220 Dec 11, 2022
IndoBERTweet is the first large-scale pretrained model for Indonesian Twitter. Published at EMNLP 2021 (main conference)

IndoBERTweet 🐦 🇮🇩 1. Paper Fajri Koto, Jey Han Lau, and Timothy Baldwin. IndoBERTweet: A Pretrained Language Model for Indonesian Twitter with Effe

IndoLEM 40 Nov 30, 2022
An attempt to map the areas with active conflict in Ukraine using open source twitter data.

Live Action Map (LAM) An attempt to use open source data on Twitter to map areas with active conflict. Right now it is used for the Ukraine-Russia con

Kinshuk Dua 171 Nov 21, 2022
Translate U is capable of translating the text present in an image from one language to the other.

Translate U is capable of translating the text present in an image from one language to the other. The app uses OCR and Google translate to identify and translate across 80+ languages.

Neelanjan Manna 1 Dec 22, 2021
Translation to python of Chris Sims' optimization function

pycsminwel This is a locol minimization algorithm. Uses a quasi-Newton method with BFGS update of the estimated inverse hessian. It is robust against

Gustavo Amarante 1 Mar 21, 2022
Easily train your own text-generating neural network of any size and complexity on any text dataset with a few lines of code.

textgenrnn Easily train your own text-generating neural network of any size and complexity on any text dataset with a few lines of code, or quickly tr

Max Woolf 4.8k Dec 30, 2022
A deep learning-based translation library built on Huggingface transformers

DL Translate A deep learning-based translation library built on Huggingface transformers and Facebook's mBART-Large 💻 GitHub Repository 📚 Documentat

Xing Han Lu 244 Dec 30, 2022