Tag: Semantic search
ChatSite By Databerry

ChatSite By Databerry

DataberryChat is a user-friendly, no-code solution that allows you to connect your data to ChatGPT in minutes. It helps you set up a semantic search system over your personal data without any technical knowledge. Key Features: Load data from various sources like WebPage, PDF, Gdoc, Sheets, Notion, Airtable, and moreNo-code, user-friendly interface for managing datastores and chatting with your dataSecured API endpoints for querying data from anywhere via a simple HTTP POST requestAutomatically generated ChatGPT Plugin for each datastore to chat with your data via ChatGPT Use Cases: Setting up a semantic search system over personal dataIntegrating personal data into large language modelsPreparing data for the new AI eraChatting with your data using ChatGPT
Hippocratic AI

Hippocratic AI

Statpearls Semantic Search is an AI-powered tool that utilizes semantic search methods to find relevant information. Key features and advantages include: Semantic search: Searches data by asking questions or providing phrases, differing from traditional keyword searchData source: Utilizes Statpearls, a reliable and comprehensive source of informationDeveloped by Hippocratic AI: Created with Streamlit for a user-friendly experience Use cases for Statpearls Semantic Search are suitable for various individuals: Researchers seeking accurate and relevant information on specific topicsStudents looking to save time and effort in finding related information for their studiesProfessionals who need to quickly access pertinent data in their field Overall, Statpearls Semantic Search offers a time-saving and efficient solution for finding relevant information compared to traditional keyword searches.
Pinecone

Pinecone

Pinecone makes it fast and easy to take vector search from research to production, without DevOps. Once you have vector embeddings, manage and search through them in Pinecone to power semantic search, recommenders, and other applications that rely on relevant information retrieval.