
Deploy an Azure OpenAI resource in portal.azure.com, create a Sweden Central resource group, and configure primary and secondary keys and endpoints for bearer token API calls.
Master prompt engineering by crafting precise prompts to configure intelligent agents and guide outcomes, focusing on the four parts—goal, context, expectations, and source—for reliable results.
Explore prompt engineering techniques such as chain-of-thought prompting, zero-shot prompting, and few-shot prompting, plus best practices for configuring AI agents, structuring outputs, and breaking tasks into steps.
Explore advanced multimodal rag for structured documents, preserving layout with the document intelligence layout API, and build an Azure search index using a multi-service account and invoices.
Learn how Azure AI content understanding extracts and labels unstructured data—from PDFs, images, audio, and video—via content and field extraction analyzers, to power RAG pipelines with vector databases.
Compare pro field extraction pricing with standard field extraction on Azure AI content understanding, and explain how large language model reasoning, verification, and redo cycles affect token costs.
Practice Azure AI content understanding in a code-first lab using Python notebooks to call the API, set endpoint and key, and run prebuilt analyzers for documents, images, audio, and video.
Create a custom analyzer in Azure AI content understanding, define the schema and fields, test with invoices, then run analysis and call it via a Python notebook.
Set up Azure storage and blob storage, create Azure AI vector index, upload MP3, MP4, PNG, PDF, and deploy GPT-4 chat and text embedding 002 in the AI Foundry project.
Execute a hands-on rag pipeline that retrieves relevant content from Azure AI Search via vector embeddings and similarity search, then generate a response with an LLM.
Explore how Azure Cosmos DB supports RAG by providing globally distributed, low-latency NoSQL storage with multi-api support, vector search, and scalable throughput.
Deploy Azure resources to enable vector search using GPT-4 vision and text embeddings with Azure OpenAI and Cosmos DB. Configure storage for icons and enable anonymous access.
Unlock the power of Retrieval-Augmented Generation (RAG) with Azure OpenAI in this comprehensive Udemy course, designed for data professionals and AI enthusiasts eager to deepen their expertise in advanced AI techniques. This course provides hands-on insights into integrating RAG with various Azure services, enabling you to enhance knowledge retrieval within AI solutions.
Learning Objectives:
Master RAG with Azure AI Search:
Learn how to enhance search capabilities and retrieve relevant data effectively within Azure’s robust AI Search environment.
Implement RAG with Azure CosmosDB:
Discover methods to store, manage, and query large datasets, optimizing information retrieval for high-performance applications.
Leverage RAG in Azure AI Studio:
Utilize RAG within Azure AI Studio to develop custom solutions in a powerful development environment with enhanced flexibility.
Develop with RAG on Microsoft Copilot Studio:
Gain skills to create intelligent applications using Microsoft Copilot Studio, making user interactions more engaging and insightful.
Navigate Graph RAG with Neo4j:
Understand graph-based data storage and retrieval, allowing you to analyze complex relationships within data through Neo4j.
This course is packed with real-world applications, practical demonstrations, and code walkthroughs, equipping you with the knowledge to implement RAG across various Azure platforms and elevate your AI projects. Join now to gain in-demand skills and take your AI capabilities to the next level with RAG and Azure OpenAI!