--- 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. *