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AI plagiarism: Plagiarism detection with Elasticsearch
Elasticsearch Labs

AI plagiarism: Plagiarism detection with Elasticsearch

Here's how to check for AI plagiarism using Elasticsearch, focusing on use cases with NLP models and Vector Search.

Priscilla Parodi
Introducing kNN Query: An expert way to do kNN search
Elasticsearch Labs

Introducing kNN Query: An expert way to do kNN search

Explore how the kNN query in Elasticsearch can be used and how it differs from top-level kNN search, including examples.

Mayya Sharipova
Apache Lucene 9.9, the fastest Lucene release ever
Elasticsearch Labs

Apache Lucene 9.9, the fastest Lucene release ever

Lucene 9.9 brings major speedups to query evaluation. Here are the performance improvements observed in nightly benchmarks & optimization resources.

Adrien Grand
MAXSCORE & block-max MAXSCORE: More skipping with block-max MAXSCORE
Elasticsearch Labs

MAXSCORE & block-max MAXSCORE: More skipping with block-max MAXSCORE

Learn about MAXSCORE, block-max MAXSCORE & WAND. Improve the MAXSCORE algorithm to evaluate disjunctive queries more like a conjunctive query.

Adrien Grand
RAG evaluation metrics: A journey through metrics
Elasticsearch Labs

RAG evaluation metrics: A journey through metrics

Explore RAG evaluation metrics like BLEU score, ROUGE score, PPL, BARTScore, and more. Discover how Elastic is evaluating RAG with UniEval.

Quentin Herreros
Retrieval Augmented Generation (RAG) using Cohere Command model through Amazon Bedrock and domain data in Elasticsearch
Elasticsearch Labs

Retrieval Augmented Generation (RAG) using Cohere Command model through Amazon Bedrock and domain data in Elasticsearch

Learn how to implement Retrieval Augmented Generation (RAG) using Cohere Command model via Amazon Bedrock & domain data in Elasticsearch.

Udayasimha Theepireddy
Domain specific generative AI: pre-training, fine-tuning, and RAG
Elasticsearch Labs

Domain specific generative AI: pre-training, fine-tuning, and RAG

Explore strategies for integrating domain-specific knowledge into large language models (LLMs) through pre-training, fine-tuning, and RAG.

Steve Dodson
Understanding fused multiply-add (FMA) within vector similarity computations in Lucene
Elasticsearch Labs

Understanding fused multiply-add (FMA) within vector similarity computations in Lucene

Learn how to use fused multiply-add (FMA) within vector similarity computations in Lucene and discover how FMA can improve performance.

Chris Hegarty
Vector search & kNN implementation guide - API edition
Elasticsearch Labs

Vector search & kNN implementation guide - API edition

Learn how to implement vector search and kNN using the Elasticsearch APIs via HTTP or Python.

Jeff Vestal
Elastic Support Hub starts using semantic search
Elasticsearch Labs

Elastic Support Hub starts using semantic search

We transitioned our Support Hub to semantic search, a more advanced search method that understands user intent rather than relying on keywords. This transition helps provide customers with more relevant search results in Elastic's support content.

Chris Blaisure
How do Elasticsearch snapshots work?
Elasticsearch Labs

How do Elasticsearch snapshots work?

During our instructor-led “Elasticsearch Engineer” training, one of the most common questions we get while teaching about snapshots is “what is the incremental nature of snapshots?” This blog post will cover that topic in detail.

Lutf ur Rehman
Chunking large documents via ingest pipelines plus nested vectors equals easy passage search
Elasticsearch Labs

Chunking large documents via ingest pipelines plus nested vectors equals easy passage search

Learn how to chunk large documents using ingest pipelines and nested vectors in Elasticsearch for easy passage search in vector search.

Michael Heldebrant