Evolve Network
  • 🙋Introduction
    • What is Evolve Network?
      • Mission
      • Key Features
    • High-Level Overview
  • 👨‍🏫Core Concepts
    • Decentralized Compute
    • LLMs
    • Agents & Agent Flows
  • 🧩Agents Platform
    • Agents Flow
      • Agent Studio
      • Agents Hub
      • Using the Platform Locally
      • Using the Platform on Web App
    • Tools
    • Memory
    • Publishing Agent Flows
      • Public
      • Private (Local)
      • NFTs
  • 🗂️Data Management
    • Data Hub Overview
    • Data Studio
    • Built-in Data Scraper
    • Vector Databases
      • How It Works
  • 🖥️Node
    • Node Runner
    • Quick Start Guide
      • System Tray App
      • GPU Allocation and Sharing
      • Local Web App
    • The Node App
      • Architecture
    • Incentives
      • Best Practices
  • 🌐Network Architecture
    • Decentralized Network
    • Blockchain
    • Native Explorer
  • 🕵️‍♂️Tokenomics
    • Token Utility
    • Buying and Selling Tokens
    • Payments and Incentives
      • Pricing for Platform Usage
      • EVOLVE Token Emissions
    • Governance (DAO)
      • Proposal Creation
      • Voting Mechanism
      • Token-based Governance Participation
  • 🧑‍🍳Dev SDK
    • Agentflow Endpoints
    • Integration Guidelines for Third-party Services
  • 🛡️Security and Privacy
    • End-to-End Encryption
    • Trusted Execution Environment (TEE)
    • API / OAuth Management
    • Data Handling Policies
  • 🗣️Community Network
    • Roadmap
    • FAQs
    • Forum & Socials
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On this page
  • Data Upload and Vectorization
  • Query Processing
  • Re-Ranking Mechanism
  1. Data Management
  2. Vector Databases

How It Works

Data Upload and Vectorization

  1. Upload Data: Users upload their datasets to the Evolve Network.

  2. Vectorization Process: The data is automatically vectorized using embedding models hosted by peer compute resources. This process converts the data into vectors that represent its semantic context.

Query Processing

  1. User Query: A user submits a query through the Evolve Network platform.

  2. Embedding the Query: The query is embedded into the vector space using the same embedding models that were used for the data.

  3. Vector Matching: The embedded query is compared to the vectorized data in the Vector DB. The system identifies vectors that are closest to the query vector in the vector space, indicating high semantic relevance.

  4. Contextual Clustering: The system uses clusters of relevant information to ensure the context of the query is accurately captured.

Re-Ranking Mechanism

  1. Initial Retrieval: The initial set of relevant vectors is retrieved based on their proximity to the query vector.

  2. Re-Ranking: The re-ranker mechanism re-evaluates these vectors, further refining the search results to ensure the most relevant and useful information is presented to the user.

  3. The development of the re-ranker mechanism will further enhance the accuracy and relevance of search results over time.

PreviousVector DatabasesNextNode Runner

Last updated 11 months ago

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