AI Search with LLM Embeddings
Semantic search with vector embeddings
Overview
AI Search with LLM Embeddings is a prototype application that showcases the power of semantic search using vector embeddings. It enables users to search job descriptions using natural language queries, demonstrating how AI-powered search can understand intent and context rather than just matching keywords.
Video Tutorials
Quick Introduction
Watch this short introduction to get a quick overview of the AI search capabilities and see the demo in action.
Deep Dive Tutorial
This comprehensive tutorial walks through the entire implementation, explaining the concepts behind vector embeddings, semantic search, and how to build similar applications.
Features
- Semantic Search: Find relevant job descriptions based on meaning, not just keywords
- Natural Language Queries: Search using conversational descriptions of ideal candidates
- Vector Embeddings: Utilizes OpenAI embeddings for semantic understanding
- PostgreSQL Integration: Leverages pgvector extension for efficient vector similarity search
- Django Backend: Built on Django for robust web application framework
- Real-time Results: Fast search results with similarity scoring
- Scalable Architecture: Designed to handle large datasets efficiently
How It Works
1. Data Ingestion
Job descriptions are processed and converted into vector embeddings using OpenAIβs embedding models. These high-dimensional vectors capture the semantic meaning of the text.
2. Storage
Embeddings are stored in PostgreSQL using the pgvector extension, which provides efficient indexing and similarity search capabilities for vector data.
3. Query Processing
When a user enters a search query:
- The query is converted to an embedding vector
- pgvector performs a similarity search against stored embeddings
- Results are ranked by semantic similarity
4. Results
The most semantically similar job descriptions are returned, even if they donβt contain the exact keywords from the query.
Technical Architecture
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β Frontend ββββββΆβ Django ββββββΆβ PostgreSQL β
β (Web) β β Backend β β + pgvector β
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β OpenAI API β
β (Embeddings)β
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Contributing
This is a demonstration project designed for learning. We welcome contributions that:
- Improve documentation and tutorials
- Add new search features
- Optimize performance
- Extend to new use cases
Visit our GitHub repository to explore the code and contribute!