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Duration 14 hours (2 days)
Course Outline
Core Concepts of Audio and Noise
- Essential concepts including waveform, frequency, amplitude, and dynamic range
- Identification of noise types: environmental, equipment-related, and digital artifacts
- Comparing traditional methods with AI-driven noise reduction strategies
Introduction to AI-Based Audio Enhancement Platforms
- Understanding how AI models process and refine audio signals
- Comparative analysis of tools: Krisp, Adobe Enhance, RNNoise, and NVIDIA RTX Voice
- Exploring deployment models: local, cloud-based, and real-time integration
Implementing Krisp for Real-Time Conferencing
- Setting up and installing the application on Windows or macOS
- Integrating with major platforms like Zoom, Teams, and Skype
- Conducting live audio tests and resolving common technical issues
Enhancing Recordings via Adobe Enhance
- Processing and cleaning podcast-style recordings
- Analyzing limitations, latency impacts, and quality control measures
- Utilizing in tandem with Adobe Audition or Premiere
Deploying RNNoise in Custom Pipelines
- An overview of the RNNoise open-source library
- Compiling and integrating RNNoise with FFmpeg
- Building custom integrations for surveillance or VoIP systems
Assessing Quality and Performance Metrics
- Key metrics such as signal-to-noise ratio, latency, and CPU/GPU resource usage
- Testing scenarios across meetings, studio recordings, and field audio
- Balancing human perception with objective scoring tools
Real-World Case Studies and Workflow Integration
- Configuring enterprise conferencing for legal and financial sectors
- Applying noise reduction within media production pipelines
- Cleaning audio for evidence review and surveillance analysis
Recap and Future Directions
Requirements
- A foundational knowledge of basic digital audio concepts
- Experience with audio editing or communication software
Target Audience
- Audio engineers
- IT support teams
- Media production units