nyrahealth/disfluency_speech_english is an English speech dataset for evaluating verbatim ASR: models that should transcribe not only the intended words, but also fillers, cutoffs, repetitions, and sound events.
This dataset is based on the AMAAI Lab DisfluencySpeech dataset and reformatted for verbatim-transcription benchmarking with paired:
verbatim_transcript: what the speaker actually saidintended_transcript: a cleaned version of what the speaker meant to sayIt is used by the Nyra Verbatim Speech Benchmark, which evaluates verbatim ASR in detail and breaks errors down into fillers, sounds, cutoffs, repetitions, and intended-transcript failures.
For the exact convention definitions used by the benchmark, see:
This release is derived from:
The original dataset provides annotated transcripts and several progressively cleaned transcript variants. This Nyra release converts the data into a format that is directly usable for verbatim-ASR evaluation with paired verbatim and intended references.
The dataset contains 4,957 utterances and about 9.4 hours of audio.
Splits:
train: 4,458validation: 250test: 249Features:
idaudioduration_in_ssplitspeakerverbatim_transcriptintended_transcriptThe verbatim_transcript follows a small set of explicit conventions so disfluencies and non-speech events can be evaluated consistently:
*, for example th* or w*[UH] and [UM][laughter], [breath], or [cough]Example:
I mean we we [UH] should go on th* Thursday [laughter]
The intended_transcript is the cleaned target for intended ASR. It removes disfluent material while preserving the speaker's meaning, including fillers, sound tags, repeated restarts, and cutoff fragments.
Example:
verbatim: I mean we we [UH] should go on th* Thursday [laughter]
intended: we should go on Thursday
This makes the dataset suitable for evaluating both:
The counts below were computed over the full dataset from verbatim_transcript.
Summary:
4,9572,7794,039582| Tag | Count |
|---|---|
[UH] | 2,568 |
[UM] | 504 |
| Tag | Count |
|---|---|
[laughter] | 714 |
[breath] | 105 |
[lipsmack] | 59 |
[throatclearing] | 55 |
[sigh] | 18 |
[sniff] | 12 |
[cough] | 4 |
| Marker | Count |
|---|---|
* cutoff tokens | 582 |
These statistics are useful when interpreting benchmark results: fillers are common, laughter is the most frequent sound event, and cutoffs occur often enough to matter as a separate evaluation category.
This dataset is designed to be used with the Nyra Verbatim Speech Benchmark.
That benchmark:
vWER and iWERIf you use this dataset, please cite the original DisfluencySpeech paper:
@misc{wang2024disfluencyspeechsinglespeakerconversational,
title={DisfluencySpeech -- Single-Speaker Conversational Speech Dataset with Paralanguage},
author={Kyra Wang and Dorien Herremans},
year={2024},
eprint={2406.08820},
archivePrefix={arXiv},
primaryClass={eess.AS},
url={https://arxiv.org/abs/2406.08820}
}
6 commits
nyrahealth/disfluency_speech_english is an English speech dataset for evaluating verbatim ASR: models that should transcribe not only the intended words, but also fillers, cutoffs, repetitions, and sound events.
This dataset is based on the AMAAI Lab DisfluencySpeech dataset and reformatted for verbatim-transcription benchmarking with paired:
verbatim_transcript: what the speaker actually saidintended_transcript: a cleaned version of what the speaker meant to sayIt is used by the Nyra Verbatim Speech Benchmark, which evaluates verbatim ASR in detail and breaks errors down into fillers, sounds, cutoffs, repetitions, and intended-transcript failures.
For the exact convention definitions used by the benchmark, see:
This release is derived from:
The original dataset provides annotated transcripts and several progressively cleaned transcript variants. This Nyra release converts the data into a format that is directly usable for verbatim-ASR evaluation with paired verbatim and intended references.
The dataset contains 4,957 utterances and about 9.4 hours of audio.
Splits:
train: 4,458validation: 250test: 249Features:
idaudioduration_in_ssplitspeakerverbatim_transcriptintended_transcriptThe verbatim_transcript follows a small set of explicit conventions so disfluencies and non-speech events can be evaluated consistently:
*, for example th* or w*[UH] and [UM][laughter], [breath], or [cough]Example:
I mean we we [UH] should go on th* Thursday [laughter]
The intended_transcript is the cleaned target for intended ASR. It removes disfluent material while preserving the speaker's meaning, including fillers, sound tags, repeated restarts, and cutoff fragments.
Example:
verbatim: I mean we we [UH] should go on th* Thursday [laughter]
intended: we should go on Thursday
This makes the dataset suitable for evaluating both:
The counts below were computed over the full dataset from verbatim_transcript.
Summary:
4,9572,7794,039582| Tag | Count |
|---|---|
[UH] | 2,568 |
[UM] | 504 |
| Tag | Count |
|---|---|
[laughter] | 714 |
[breath] | 105 |
[lipsmack] | 59 |
[throatclearing] | 55 |
[sigh] | 18 |
[sniff] | 12 |
[cough] | 4 |
| Marker | Count |
|---|---|
* cutoff tokens | 582 |
These statistics are useful when interpreting benchmark results: fillers are common, laughter is the most frequent sound event, and cutoffs occur often enough to matter as a separate evaluation category.
This dataset is designed to be used with the Nyra Verbatim Speech Benchmark.
That benchmark:
vWER and iWERIf you use this dataset, please cite the original DisfluencySpeech paper:
@misc{wang2024disfluencyspeechsinglespeakerconversational,
title={DisfluencySpeech -- Single-Speaker Conversational Speech Dataset with Paralanguage},
author={Kyra Wang and Dorien Herremans},
year={2024},
eprint={2406.08820},
archivePrefix={arXiv},
primaryClass={eess.AS},
url={https://arxiv.org/abs/2406.08820}
}
6 commits