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---
license: cc-by-4.0
language:
- uk
task_categories:
- automatic-speech-recognition
- audio-classification
tags:
- audio
- speech
- automatic-speech-recognition
- speaker-diarization
- datasets
pretty_name: LangPipe ASR Dataset
size_categories:
- n<1K
configs:
- config_name: default
data_files:
- split: train
path: train-*.parquet
dataset_info:
features:
- name: audio
dtype:
audio:
sampling_rate: 16000
- name: transcription
dtype: string
- name: transcription_original
dtype: string
- name: turns
list:
- name: speaker
dtype: string
- name: speaker_index
dtype: int32
- name: start
dtype: float64
- name: end
dtype: float64
- name: text
dtype: string
- name: has_pii
dtype: bool
- name: num_pii_objects
dtype: int32
- name: duration
dtype: float64
- name: speech_rms_dbfs
dtype: float64
- name: noise_rms_dbfs
dtype: float64
- name: snr_db
dtype: float64
- name: quality
dtype: string
- name: silence_ratio
dtype: float64
- name: speech_ratio
dtype: float64
- name: fillers
list:
- name: label
dtype: string
- name: language
dtype: string
- name: kind
dtype: string
- name: start
dtype: float64
- name: end
dtype: float64
- name: confidence
dtype: float64
- name: filler_count
dtype: int32
- name: obscene
list:
- name: term
dtype: string
- name: matched
dtype: string
- name: language
dtype: string
- name: start
dtype: float64
- name: end
dtype: float64
- name: confidence
dtype: float64
- name: obscene_count
dtype: int32
- name: code_switching
dtype: bool
- name: code_switching_type
dtype: string
- name: code_switching_confidence
dtype: float64
- name: code_switching_primary_language
dtype: string
- name: code_switching_secondary_language
dtype: string
- name: audio_language
dtype: string
- name: text_language
dtype: string
- name: speaker
dtype: string
- name: speaker_index
dtype: int32
- name: speaker_similarity
dtype: float64
- name: source_file
dtype: string
- name: loudness_lufs
dtype: float64
- name: loudness_range_lu
dtype: float64
- name: true_peak_dbtp
dtype: float64
- name: chunk_start
dtype: float64
- name: chunk_end
dtype: float64
---
# test-y
`Yehor/test-y` is an audio transcription dataset for automatic speech recognition and speech-processing experiments.
The dataset contains short audio clips together with text transcriptions and metadata such as duration, quality labels, signal/noise measurements, language information, filler annotations, code-switching indicators, and anonymized speaker labels.
Users can listen to the audio samples directly in the Hugging Face Dataset Viewer.
## Dataset Structure
The dataset contains one split:
| Split | Examples |
| ----- | -------: |
| train | 1,000 |
## Columns
* `audio`: audio sample.
* `transcription`: text transcription of the audio.
* `duration`: duration of the audio clip in seconds.
* `speech_rms_dbfs`: speech loudness estimate in dBFS.
* `noise_rms_dbfs`: noise loudness estimate in dBFS.
* `snr_db`: estimated signal-to-noise ratio.
* `quality`: quality label for the audio sample.
* `silence_ratio`: ratio of silence in the clip.
* `speech_ratio`: ratio of speech in the clip.
* `fillers`: detected filler words or discourse markers.
* `filler_count`: number of detected fillers.
* `obscene`: detected obscene terms, if any.
* `obscene_count`: number of detected obscene terms.
* `code_switching`: whether code-switching is detected.
* `code_switching_type`: type of detected code-switching, if available.
* `code_switching_confidence`: confidence score for code-switching detection.
* `code_switching_primary_language`: detected primary language.
* `code_switching_secondary_language`: detected secondary language, if available.
* `audio_language`: detected language of the audio.
* `text_language`: detected language of the transcription.
* `speaker`: anonymized speaker label.
* `speaker_index`: numeric speaker index.
* `speaker_similarity`: speaker similarity score.
## Intended Uses
This dataset may be used for:
* automatic speech recognition;
* audio transcription research;
* speech quality analysis;
* multilingual and code-switching speech experiments;
* filler-word and speech-disfluency analysis.
*