metadata
license: cc-by-4.0
language:
- en
- hi
size_categories:
- n<1K
task_categories:
- text-to-speech
- automatic-speech-recognition
tags:
- tts
- indian-english
- hindi
- emotion
- speech
Indian English + Hindi TTS Mini Dataset
A small (~60 min) speech corpus assembled for TTS training, sourced from
public YouTube content and transcribed with the Sarvam saaras:v3 model.
Summary
| Field | Value |
|---|---|
| Total duration | ~60 min |
| Indian English (en-IN) | ~30 min |
| Hindi (hi-IN) | ~30 min |
| Audio | mono, 16 kHz, WAV |
| Per-clip duration | ≤ 30 s |
| Emotion tags | Angry, Calm, Excited, Formal, Happy, Instruction, Motivation, Narration, Neutral, News, Sad, Surprised, Whisper |
Schema
Each row contains:
clip_id— deterministic id,{video_id}_{start_sec}_{end_sec}audio— 16 kHz mono WAV (HuggingFaceAudiofeature)transcription— Sarvamsaaras:v3transcript, lightly normalizedlanguage—en-INorhi-INemotion— one of the categories abovespeaker_id— set to sourcevideo_id(one speaker per source video)duration_sec,start_sec,end_sec— integers, secondsvideo_id,source_url— YouTube provenance
Notes & curation
- Clips longer than 30 s in the source spec were split into back-to-back ≤30 s pieces so they fit Sarvam's sync ASR limit.
- Transcripts come from Sarvam
saaras:v3; every clip was then reviewed manually, with multiple iterative passes to correct ASR errors, normalize spelling, and tighten emotion tags. - A separate diarization model was not used. Each source URL/timestamp was hand-picked to contain a single speaker, and the manual review pass listened end-to-end to every clip and re-cut or replaced any that drifted into multi-speaker territory.
speaker_idis set to the YouTubevideo_id— each source video has exactly one speaker by construction.- Emotion tags come from the curator's labelling of each source clip, refined during the review passes.
License
Audio is sourced from YouTube; rights remain with their original creators. Transcriptions and metadata are released under CC-BY-4.0. Please consult the original videos for redistribution constraints.