Open Turkish Speech Model wav2vec2-xls-r Quietly Hits 900,000 Downloads
A community-fine-tuned Turkish speech recognition model built on Meta's XLS-R backbone has quietly crossed 893K downloads on Hugging Face.
- Community-fine-tuned Turkish ASR model wav2vec2-xls-r-300m-cv7-turkish approaching 900K downloads on Hugging Face
- Built on Meta's 300M-parameter XLS-R multilingual speech encoder, fine-tuned by independent contributor mpoyraz
- Hits 8.62% WER on Common Voice 7 Turkish test, 30.87% WER on noisier Robust Speech Event data
- Trained on Common Voice 7 TR plus MediaSpeech, paired with a KenLM n-gram LM from Turkish Wikipedia
- Released under CC-BY-4.0, works out of the box with the Transformers ASR pipeline
- Best for read speech and on-prem Turkish transcription; swap the LM for domain-specific use
Turkish XLS-R checkpoint approaches 900,000 downloads
An independently fine-tuned Turkish speech-recognition checkpoint from mpoyraz has accumulated close to 900,000 Hugging Face downloads. The model page packages a 300M-parameter XLS-R acoustic model trained on Turkish speech, along with a KenLM decoder built from Turkish Wikipedia text.
Developers get an inspectable alternative to hosted speech APIs, with disclosed training data, evaluation results, and hyperparameters. Its strongest results come from clean, read speech; performance drops substantially on noisier YouTube and podcast audio.
Hugging Face download counters include repeated and automated fetches, so the figure does not represent 900,000 users or production deployments. It still indicates sustained interest in an open Turkish ASR checkpoint.
A 300M-parameter core with Turkish data
The release starts from Meta's XLS-R backbone, a cross-lingual speech encoder pretrained on roughly half a million hours of unlabeled audio spanning 128 languages. Fine-tuning adapts that general-purpose representation to Turkish using two sources:
- Common Voice 7.0 Turkish: validated clips excluding the held-out test split.
- MediaSpeech: Turkish broadcast audio distributed through OpenSLR.
The acoustic network converts audio into character or token probabilities. A KenLM n-gram model then scores candidate word sequences using patterns learned from Turkish Wikipedia, helping the decoder select plausible transcriptions when the acoustic output is ambiguous.
Clean speech and web audio diverge
Word error rate measures substitutions, deletions, and insertions relative to the number of words in the reference transcript. Character error rate applies the same calculation at the character level. Lower values indicate fewer recognition errors.
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