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Course Outline

Foundations of Multimodal LLMs on Vertex AI

  • An overview of multimodal capabilities available within Vertex AI.
  • Exploration of Gemini models and the specific modalities they support.
  • Key enterprise and research use cases for multimodal AI.

Preparing the Development Environment

  • Configuring Vertex AI specifically for multimodal workflow execution.
  • Techniques for managing datasets that span different modalities.
  • Practical Lab: Setting up the environment and preparing multimodal datasets.

Long Context Windows and Advanced Reasoning

  • Concepts and mechanics behind long-context workflows.
  • Applications in strategic planning and complex decision-making processes.
  • Practical Lab: Implementing and testing long-context analysis techniques.

Designing Cross-Modal Workflows

  • Strategies for combining text, audio, and image analysis in a single flow.
  • Methods for chaining multimodal processing steps within pipelines.
  • Practical Lab: Designing and building a functional multimodal pipeline.

Optimizing Gemini API Parameters

  • Techniques for configuring multimodal inputs and outputs effectively.
  • Best practices for optimizing inference speed and overall efficiency.
  • Practical Lab: Tuning Gemini API parameters for specific performance goals.

Advanced Applications and System Integrations

  • Developing interactive multimodal agents and intelligent assistants.
  • Methods for integrating external APIs and third-party tools.
  • Practical Lab: Building a complete multimodal application from scratch.

Evaluation Strategies and Iterative Improvement

  • Approaches for testing multimodal model performance.
  • Key metrics for assessing accuracy, alignment, and data drift.
  • Practical Lab: Evaluating and refining multimodal workflow outputs.

Course Summary and Recommended Next Steps

Requirements

  • Proficiency in Python programming.
  • Hands-on experience with developing machine learning models.
  • Working familiarity with multimodal data types, including text, audio, and images.

Intended Audience

  • AI Researchers.
  • Advanced Developers.
  • Machine Learning Scientists.
 14 Hours

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