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  • OVERVIEW
    • Introduction to Squares AI
    • Why Choose Squares AI?
    • Mission and Vision
    • Challenges We Address
    • Squares AI’s Value Proposition
  • Real-World Applications
    • Industry Use Cases
    • Key Benefits for Businesses
  • Ecosystem Overview
    • No-Code Development Hub
    • Decentralized Marketplace
    • Advanced Analytics Dashboard
    • Integrations and Interoperability
  • Technical Architecture
    • Core Architecture Overview
    • Role of Decentralized GPU Processing
  • Blockchain and Tokenization
    • SQUARES Token
    • Token Utilities and Features
    • Economic Model and Tokenomics
    • Token Allocations
    • Revenue Streams for Participants
  • Getting Started
    • Quick Start Guide
    • Step-by-Step Tutorials
      • Building an End-to-End AI Workflow for Predictive Analytics
      • Creating a Custom NLP Workflow for Sentiment Analysis
      • Automating Image Classification with Advanced AI Modules
    • FAQs and Troubleshooting
  • Future Vision
    • Roadmap
    • Community Involvement Opportunities
    • Innovations on the Horizon
  • Links
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    • GitHub
    • Zealy
    • Contract
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On this page
  1. Getting Started
  2. Step-by-Step Tutorials

Building an End-to-End AI Workflow for Predictive Analytics

Objective: Learn how to create a predictive analytics pipeline, integrating pre-built AI modules and custom configurations.

  1. Setup Your Workspace

    • Import a sample dataset (e.g., sales or logistics data) using the Data Input square.

    • Configure preprocessing squares for data cleaning, normalization, and handling missing values.

  2. Integrate a Pre-Trained Model

    • Drag and drop a Pre-Trained Regression Model square from the library.

    • Configure model parameters, including prediction targets and training/test data splits.

  3. Define Output and Deployment

    • Add a Visualization Square to generate insights (e.g., trends, forecasts).

    • Deploy the workflow using the integrated decentralized GPU architecture for optimized scalability.

  4. Test and Iterate

    • Use the Workspace's built-in validation tools to test predictions against actual data.

    • Iterate on model parameters or preprocessing steps to improve accuracy.

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Last updated 5 months ago