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Course Outline
Fundamentals of Multi-Modal AI
- Defining the scope and capabilities of multi-modal AI
- Navigating key technical challenges and practical use cases
- Reviewing the leading models in the multi-modal space
Text Analysis and Natural Language Processing
- Utilizing LLMs to power text-centric AI agents
- Applying prompt engineering strategies for multi-modal objectives
- Fine-tuning text models for specialized industry applications
Visual Perception and Synthesis
- Analyzing images using AI for classification, captioning, and object detection
- Creating visual content using diffusion models like Stable Diffusion and DALLE
- Seamlessly merging image data with text-based architectures
Voice and Audio Intelligence
- Executing speech recognition using Whisper ASR
- Exploring text-to-speech (TTS) synthesis methods
- Improving user experience through voice-driven AI interactions
Unifying Multi-Modal Data Streams
- Constructing AI pipelines that handle diverse input types
- Applying fusion techniques to combine text, visual, and audio data
- Examining practical implementations of multi-modal AI agents
Production Deployment of Multi-Modal Agents
- Designing API-centric multi-modal AI solutions
- Tuning models for optimal performance and scalability
- Adopting best practices for production-grade multi-modal AI deployment
Ethics and Future Horizons
- Addressing bias and fairness issues in multi-modal systems
- Managing privacy considerations for multi-modal data
- Anticipating future advancements in multi-modal AI
Recap and Strategic Next Steps
Requirements
- A solid grasp of core machine learning principles
- Proficiency in Python programming
- Working knowledge of deep learning libraries such as TensorFlow or PyTorch
Target Participants
- AI Developers
- Research Specialists
- Multimedia Engineers
21 Hours