Vector Search engines provide the ability for developers to
store vectors structured around certain algorithms (i.e. KNN), and an engine to
compute similar vectors (like cosine distance) to determine which vectors are related.
This repository provides a comprehensive overview of the vector search landscape inclusive of tutorials, guides, best-practices, and extended learning. Please review the Education section to learn more.
Here is how you may use a Vector Search engine within your application search architecture:
🧑🏫 Foundation - Learn the core concepts of vector-based information retrieval.
🎬 Use Cases - Understand where it makes sense to use vector search.
💵 Architecture - Guides on how to use vector search in your architecture.
|Keyword vs Vector Search
|The difference between standard (TF-IDF) text search and vector search and when to use each.
|Sparse Vector Tutorial
|A walkthrough of building your own sparse vector feature extraction engine.
|Dense Vector Tutorial
|A walkthrough of building your own dense vector feature extraction engine.
|Atlas Vector Search Engine
|Guides that showcase MongoDB Atlas' vector search implementation.
|Vector Search Comparisons
|A comparison of the most popular vector search engines.
|Determination of how similar to texts are.
|Classification of text into pre-defined categories.
|Question and Answering
|Building systems that automatically answer questions.
|Using client data to personalize query results.
|Automated Synonym Creation
|Enriching synonyms collection automatically.
|Reconstruction of a corpus into less words.
|Dialogue response generation.
|Search the contents of files across multiple modalities
|Common best-practices for deploying vector search architecture in production.
|Suggestions on how to host your vector models.
|Common best-practices for versioning your models as they evolve.
|Query re-ranking, learn-to-rank and more.
|Which model supports your domain-specific tasks best?
Although a challenging topic to grasp, there's a myriad of educational resources at your disposal.
Overarching field of education.
- A Primer on Neural Network Models for Natural Language Processing
- Speech and Language Processing
- Introduction to Information Retrieval
Latest breakthrough in the area of converting human content (text, images, etc.) into vector representations. Transformers are a deep learning model that utilize "self-attention", and differentially weigh the significance of each part of the input data.
- Transformers by Pinecone
- Transformers by Huggingface
- Attention Is All You Need Research Paper
- BERT Research Paper
In order to determine what is deemed relevant, computers need to measure the distance between points, in this case vectors.
This repository wouldn't be possible without several key individuals:
This is a living repository and will evolve as I learn and the landscape changes. Please subscribe to changes accordingly via: