Fine-Tune Whisper for Yiddish Lectures
Budget: $1,500 – $3,000 USD
I have a growing collection of Yiddish lecture recordings—some streamed live, others stored as audio files—that must be transcribed with near-publishing accuracy. Whisper’s out-of-the-box performance is promising, yet it still drops domain-specific vocabulary and speaker nuances. I want a fine-tuned Whisper model that reliably converts these lectures to text, whether the audio arrives in real time or from an archive.
You will receive aligned Yiddish audio–text pairs plus a small evaluation script. Use whichever Whisper implementation you prefer—OpenAI’s official repo, Hugging Face Transformers, or another PyTorch-based fork—so long as the final system:
• archives single-digit word-error-rate on my hold-out set
• preserves accurate timestamps for downstream subtitling
• runs on a single A100 GPU and can be quantized for CPU inference
Deliverables I need back:
• the fine-tuned model checkpoint(s)
• reproducible training and inference scripts or notebooks, with hyper-parameters clearly logged
• a brief report comparing baseline vs. tuned performance (WER, CER, latency)
Once these items pass my internal test—live Zoom feed and batch file transcription—the project is complete.
You will receive aligned Yiddish audio–text pairs plus a small evaluation script. Use whichever Whisper implementation you prefer—OpenAI’s official repo, Hugging Face Transformers, or another PyTorch-based fork—so long as the final system:
• archives single-digit word-error-rate on my hold-out set
• preserves accurate timestamps for downstream subtitling
• runs on a single A100 GPU and can be quantized for CPU inference
Deliverables I need back:
• the fine-tuned model checkpoint(s)
• reproducible training and inference scripts or notebooks, with hyper-parameters clearly logged
• a brief report comparing baseline vs. tuned performance (WER, CER, latency)
Once these items pass my internal test—live Zoom feed and batch file transcription—the project is complete.
Related categories:
Python
Machine Learning (ML)
Audio Processing
Deep Learning
Natural Language Processing