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Course Outline

Introduction

  • Defining generative AI.
  • Comparing generative AI with other AI paradigms.
  • An overview of key techniques and models in the generative AI landscape.
  • Exploring real-world applications and use cases.
  • Identifying current challenges and limitations.

Image Creation with Generative AI

  • Synthesizing images from textual descriptions.
  • Leveraging GANs for realistic and varied image generation.
  • Employing VAEs to manipulate latent variables for image creation.
  • Implementing style transfer to apply artistic aesthetics to images.

Text Generation with Generative AI

  • Converting prompts into coherent text outputs.
  • Utilizing transformer-based models to ensure context and coherence.
  • Applying text summarization to condense lengthy documents.
  • Using text paraphrasing to rephrase ideas with different expressions.

Audio Generation with Generative AI

  • Synthesizing speech from text input.
  • Converting speech into text.
  • Composing music from text or audio references.
  • Generating speech with specific voice characteristics.

Creating Other Content Types

  • Generating code from natural language instructions.
  • Developing product sketches based on textual descriptions.
  • Producing videos from text or image inputs.
  • Building 3D models from text or images.

Evaluating Generative AI

  • Measuring the quality and diversity of generated content.
  • Applying metrics such as inception score, Fréchet inception distance, and BLEU score.
  • Incorporating human feedback via crowdsourcing and surveys.
  • Employing adversarial methods, including Turing tests and discriminators, for assessment.

Ethical and Social Implications

  • Maintaining fairness and accountability in AI systems.
  • Mitigating risks of misuse and abuse.
  • Protecting the rights and privacy of creators and consumers.
  • Encouraging collaborative creativity between humans and AI.

Summary and Future Directions

Requirements

  • A solid grasp of fundamental AI concepts and terminology.
  • Practical experience with Python programming and data analysis.
  • Familiarity with deep learning frameworks like TensorFlow or PyTorch.

Intended Audience

  • Data scientists.
  • AI developers.
  • AI enthusiasts.
 14 Hours

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