8 Hour Self-Paced Course or 1 Day Instructor-Led Training

8 Hour Self-Paced Course or 1 Day Instructor-Led Training

8 Hour Self-Paced Course or 1 Day Instructor-Led Training

AI+ Audio™

AI+ Audio™

AI+ Audio™

Master AI-Powered Audio Production, Voice Synthesis, and Sound Design.

Master AI-Powered Audio Production, Voice Synthesis, and Sound Design.

Master AI-Powered Audio Production, Voice Synthesis, and Sound Design.

Get the AI+ Audio™ outline:

Course Prerequisites:

  • Basic programming knowledge - Familiarity with Python or similar languages.

  • Understanding of audio signal processing – Know fundamental audio manipulation techniques.

  • Machine learning fundamentals – Basic knowledge of algorithms and model training.

  • Mathematical proficiency – Comfort with linear algebra and probability concepts.

  • Experience with audio software tools – Hands-on use of DAWs or similar tools.

Modules:

Module 1: Introduction to AI and Sound

1.1 What is AI?

1.2 AI in Daily Life: Audio Examples

1.3 Basics of Sound Waves, Amplitude, Frequency

1.4 Digital Audio Fundamentals

Module 2: Harnessing AI Across Audio Domains

2.1 AI for Audio Enhancement and Restoration

2.2 AI for Audio Accessibility and Personalization

2.3 AI in Speech and Voice Technologies

2.4 Popular Audio Libraries: Librosa, PyAudio

2.5 Use Case: AI-Driven Real-Time Captioning and Translation for Live Events

2.6 Case Study: Personalized Hearing Aid Adaptation Using AI and Smart Earbuds

2.7 Hands-on: Voice Emotion Detection Using Deepgram's Voice AI Platform

Module 3: Machine Learning and AI for Audio

3.1 Machine Learning Models for Audio Applications

3.2 Deep Learning & Advanced AI Techniques for Audio

3.3 Audio-Specific Architectures: CNNs, RNNs, Transformers

3.4 Transfer Learning in Audio AI

3.5 Use Case: Speech-to-Text Transcription for Medical Records

3.6 Case Study: AI-powered Music Generation with Deep Learning

3.7 Hands-on: Build a Speech-to-Text Model Using TensorFlow

Module 4: Speech Recognition and Text-to-Speech

4.1 Fundamentals of Speech Recognition & Phonetics

4.2 API-based ASR Solutions

4.3 Building Custom ASR Models with Transformers

4.4 Introduction to TTS & Voice Cloning

4.5 Use Case: Automating Meeting Transcriptions with Google Speech-to-Text API

4.6 Case Study: Custom Transformer-based ASR Model for Multilingual Customer Support

4.7 Hands-on: Transcribe Audio with an ASR API; Generate Speech from Text

Module 5: Audio Enhancement & Noise Reduction

5.1 Common Audio Issues

5.2 AI-based Noise Filtering & Enhancement

5.3 Use Case: Enhancing Audio Quality for Remote Work Calls Using AI Noise Reduction

5.4 Case Study: Krisp’s AI-powered Noise Cancellation in Podcast Production

5.5 Hands-on: Use Krisp or Adobe Enhance Speech to Clean Noisy Audio

Module 6: Emotion & Sentiment Detection from Audio

6.1 Introduction to Emotion Detection

6.2 AI Models for Emotion Detection: RNNs, LSTMs, CNNs

6.3 Challenges: Bias, Multilingual Contexts, Reliability

6.4 Use Case: Enhancing Customer Service with Emotion Detection from Speech

6.5 Case Study: IBM Watson Tone Analyzer for Real-Time Emotion Recognition

6.6 Hands-on: Use IBM Watson Tone Analyzer or Similar APIs to Analyze Speech Samples

Module 7: Ethical and Privacy Considerations

7.1 Deepfakes and Voice Cloning Risks

7.2 Privacy and Data Security

7.3 Bias and Fairness in Audio AI

7.4 Use Case: Implementing Ethical Voice Data Collection and Consent Management

7.5 Case Study: Addressing Bias and Privacy in Audio AI under GDPR Compliance

7.6 Hands-on: Detect Fake Audio Clips; Create an Ethical AI Checklist

Module 8: Advanced Applications & Future Trends

8.1 Sound Event Detection & Classification

8.2 Audio Search and Indexing

8.3 Innovations: Multimodal AI, Edge Computing, 3D Audio

8.4 Emerging Careers in Audio AI