TensorScan AI Whitepaper
  • πŸ“ŠExecutive Summary
  • 🌎Introduction
  • Project Overview
    • πŸš€Project Overview
    • βš™οΈUtilizing Bittensor for Decentralized Computing Power
    • πŸ€–AI-Driven Wallet Analysis
    • 🌐Browser Extension and Etherscan Integration
  • Tokenomics
    • πŸ’°TensorScan AI Tokenomics
  • AI-Driven Wallet Analysis Architecture
    • πŸ€–AI-Driven Wallet Analysis Architecture
    • πŸ”„Data Ingestion and Preprocessing Module
    • πŸ› οΈFeature Engineering and Dataset Preparation
    • πŸ€–Machine Learning Models
    • βš™οΈDecentralized Computation with Bittensor
    • 🌐User Interface and Integration
  • Target Audience
    • 🎯Target Audience
    • πŸ’ΌCasual and Serious Investors
    • πŸ”ŽCrypto Analysts and Researchers
    • πŸ“ΆTraders
    • πŸ‘©β€πŸ’»Blockchain Developers
    • 🦍DeFi and NFT Communities
  • Challenges and Solutions
    • βš™οΈChallenges and Solutions
    • πŸ’»Challenge 1: High Computational Demand
    • πŸ”„Challenge 2: Dynamic and Evolving Data
    • πŸš€Challenge 3: User Accessibility and Engagement
  • πŸ—ΊοΈRoadmap
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  1. AI-Driven Wallet Analysis Architecture

Feature Engineering and Dataset Preparation

  • Feature Engineering: Extracts and constructs meaningful features from preprocessed data to help the AI models understand transaction patterns. Features include transaction frequency, average holding duration, transaction sizes relative to wallet balance, and interactions with known contracts (e.g., DeFi platforms, NFT marketplaces).

  • Dataset Labeling: Employs a semi-supervised learning approach, where initially, a small subset of the data is manually categorized into different wallet types. This labeled dataset trains the initial models, which then iteratively label more data, subject to human review and correction.

PreviousData Ingestion and Preprocessing ModuleNextMachine Learning Models

Last updated 1 year ago

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