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Course Outline

Introduction to Speech Recognition Technologies

  • Tracing the historical development and evolution of speech recognition.
  • Exploring acoustic models, language models, and decoding mechanisms.
  • Examining modern architectures, including RNNs, transformers, and Whisper.

Audio Preprocessing and Fundamental Transcription

  • Managing various audio formats and sample rate requirements.
  • Techniques for cleaning, trimming, and segmenting audio data.
  • Converting audio to text: a comparison of real-time versus batch processing.

Practical Application of Whisper and Alternative APIs

  • Setting up and utilising OpenAI Whisper effectively.
  • Invoking cloud-based services (such as Google and Azure) for transcription tasks.
  • Evaluating differences in performance, latency, and operational costs.

Managing Languages, Accents, and Domain-Specific Adaptation

  • Handling diverse languages and regional accents.
  • Implementing custom vocabularies and improving noise resistance.
  • Processing specialised terminology in legal, medical, or technical contexts.

Structuring Output and System Integration

  • Applying timestamps, punctuation, and speaker identification labels.
  • Exporting results into standard formats such as text, SRT, or JSON.
  • Embedding transcribed data into existing applications or database systems.

Practical Implementation Laboratories

  • Transcribing content from meetings, interviews, or podcast episodes.
  • Developing voice-activated command interfaces.
  • Generating real-time subtitles for live video or audio streams.

Assessing Performance, Limitations, and Ethical Considerations

  • Analysing accuracy metrics and benchmarking model performance.
  • Addressing issues of bias and fairness within speech recognition models.
  • Navigating privacy protocols and regulatory compliance standards.

Conclusion and Recommended Next Steps

Requirements

  • A solid grasp of fundamental AI and machine learning principles.
  • Proficiency with common audio and media file formats, as well as associated toolsets.

Target Audience

  • Data scientists and AI engineers specialising in voice data processing.
  • Software developers creating applications centred on transcription technologies.
  • Organisations seeking to integrate speech recognition for process automation.
 14 Hours

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