Speaker ID + Diarization FT: pyannote.audio + WavLM — Multi-Speaker Separation
Meeting/call center transcripts: 'who's speaking + what'. pyannote.audio (HF), WavLM speaker embeddings, diarization pipeline (VAD → embedding → clustering). Call center case: customer vs operator separation, FT on RTX 4090 + 100h TR call dataset.
Şükrü Yusuf KAYA
24 min read
Advancedpython
# === pyannote.audio + Whisper diarization pipeline ===from pyannote.audio import Pipelineimport whisper # Diarizationdiar = Pipeline.from_pretrained("pyannote/speaker-diarization-3.1", use_auth_token="hf_xxx") # ASRasr = whisper.load_model("large-v3-turbo") def transcribe_with_speakers(audio_path): # 1. Diarization diarization = diar(audio_path) # 2. Per-segment ASR result = [] for turn, _, speaker in diarization.itertracks(yield_label=True): # Extract audio slice # ... segment WAV file generate ... text = asr.transcribe(segment_audio, language="tr")["text"] result.append({ "speaker": speaker, "start": turn.start, "end": turn.end, "text": text, }) return result # Output:# [{"speaker": "SPEAKER_00", "start": 0.0, "end": 3.4, "text": "Merhaba, nasıl yardımcı olabilirim?"},# {"speaker": "SPEAKER_01", "start": 3.4, "end": 8.2, "text": "Telefonumda problem var."},# ...]pyannote + Whisper diarization pipeline
✅ Part VII tamamlandı
- Çağrı merkezi sample ses ile diarization + transcription. 2) Sonraki Part: Part VIII — Code Models & Repo-Level FT.
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