zhaochenyang20/sglang-omni-arabic-tts-smoke
SGLang Omni Arabic TTS Smoke Set This dataset is a fixed 50-sentence Arabic target-text subset derived from the Google FLEURS ar_eg test split. It is intended for lightweight, ASR-based intelligibility checks when integrating Arabic TTS models into SGLang Omni. It is not a standard Arabic TTS benchmark and does not measure naturalness, prosody, speaker similarity, or human preference. Source Dataset: google/fleurs Config: ar_eg Split: test Source revision:… See the full description on the dataset page: https://huggingface.co/datasets/zhaochenyang20/sglang-omni-arabic-tts-smoke.
SGLang Omni Arabic TTS Smoke Set
This dataset is a fixed 50-sentence Arabic target-text subset derived from the Google FLEURS ar_eg test split. It is intended for lightweight, ASR-based intelligibility checks when integrating Arabic TTS models into SGLang Omni.
It is not a standard Arabic TTS benchmark and does not measure naturalness, prosody, speaker similarity, or human preference.
Source
- Dataset:
google/fleurs - Config:
ar_eg - Split:
test - Source revision:
ab93cf03f9d0cd083c853fad065a6377067408aa - Source file:
ar_eg/test-00000-of-00001.parquet - License: CC BY 4.0
Selection
Rows are scanned in source order and retained when:
- the
transcriptioncontains 6-20 whitespace-delimited words; - at least 90% of alphabetic characters are Arabic;
- the text contains no digits;
- the normalized whitespace form has not already appeared.
The first 50 matching rows are stored. Digit-containing rows are excluded because ASR may verbalize digits while the written reference retains numeric characters.
Schema
The dataset contains text and provenance only. Reference audio and generated model outputs are intentionally not included.
Reproduction
The materialization code lives in SGLang Omni:
python -m benchmarks.audar_tts.prepare_fleurs_dataset \
--output-dir /tmp/sglang-omni-arabic-tts-smoke \
--samples 50manifest.json records the source revision, selection contract, output path, and Parquet SHA-256.
Evaluation
The initial SGLang Omni Audar-TTS smoke run synthesizes these targets with a pinned official Audar reference, transcribes each generated WAV directly to Arabic with Qwen3-ASR-1.7B, and computes WER, CER, BLEU, and chrF++ without translation.
