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Course Outline

Foundations of Generative AI and Azure OpenAI

  • Exploring the current AI landscape and Generative AI trends.
  • An overview of Azure OpenAI service offerings.
  • Initial setup of Azure accounts and OpenAI services.

Utilizing Azure OpenAI Studio and Playground

  • Navigating the Azure OpenAI Studio interface.
  • Conducting experiments with various models in the Playground.
  • Evaluating model strengths and constraints.

Integrating OpenAI with Java Ecosystem

  • Preparing the Java development environment.
  • Connecting to Azure OpenAI via Java.
  • Developing and validating AI features within Java projects.
  • Introduction to ChatGPT and its linkage with Java.
  • Applying Prompt Engineering techniques for optimal results.

Rolling Out AI Models as Web Solutions

  • Architecting web applications using Java.
  • Embedding AI capabilities into web interfaces.
  • Strategies for deployment and scalability.

Image Synthesis via DALL-E

  • Overview of DALL-E and image generation processes.
  • Creating visuals using the DALL-E studio.
  • Programmatic image generation through Java code.

Text Embeddings and Semantic Retrieval

  • Deciphering the concept of text embeddings.
  • Implementing embedding models in Java environments.
  • Constructing semantic search functionalities.

Audio Handling with Whisper AI

  • Fundamentals of AI-driven audio processing.
  • Utilizing Whisper AI for speech recognition.
  • Managing audio translation and multilingual compatibility.

Sophisticated AI Model Combining

  • Merging text and audio processing models.
  • Customizing AI experiences based on user data.
  • Executing keyword and vector-based searches.
  • Refining interactions through ChatGPT and advanced Prompt Engineering.

Security Protocols and Model Fine-Tuning

  • Safeguarding AI-integrated applications.
  • Fine-tuning models to address specific use cases.
  • Utilizing content filters to ensure output quality.

Practical Workshops

  • Hands-on labs addressing real-world scenarios.
  • Team-based projects and peer evaluation sessions.
  • Capstone project: Developing a comprehensive AI-driven Java application.

Recap and Future Directions

Requirements

  • Solid proficiency in Java programming.
  • Working knowledge of RESTful APIs and web services.
  • General familiarity with cloud computing principles.

Target Audience

  • Java developers.
  • Software engineers.
  • Professionals interested in cloud technologies.
 14 Hours

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