Apply cutting-edge machine learning techniques—from crowdsourced relevance and knowledge graph learning, to Large Language Models (LLMs)—to enhance the accuracy and relevance of your search results.
Delivering effective search is one of the biggest challenges you can face as an engineer. AI-Powered Search is an in-depth guide to building intelligent search systems you can be proud of. It covers the critical tools you need to automate ongoing relevance improvements within your search applications.
Inside you’ll learn modern, data-science-driven search techniques like:
Semantic search using dense vector embeddings from foundation models
Retrieval augmented generation (RAG)
Question answering and summarization combining search and LLMs
Fine-tuning transformer-based LLMs
Personalized search based on user signals and vector embeddings
Collecting user behavioral signals and building signals boosting models
Semantic knowledge graphs for domain-specific learning
Semantic query parsing, query-sense disambiguation, and query intent classification
Implementing machine-learned ranking models (Learning to Rank)
Building click models to automate machine-learned ranking
Generative search, hybrid search, multimodal search, and the search frontier
AI-Powered Search will help you build the kind of highly intelligent search applications demanded by modern users. Whether you’re enhancing your existing search engine or building from scratch, you’ll learn how to deliver an AI-powered service that can continuously learn from every content update, user interaction, and the hidden semantic relationships in your content. You’ll learn both how to enhance your AI systems with search and how to integrate large language models (LLMs) and other foundation models to massively accelerate the capabilities of your search technology.