AI-Chain
  • πŸ› Origin of AI-Chain
  • πŸ” Core Vision of AI-Chain
  • πŸ— Technological Evolution & Innovation
  • πŸ“Œ Market Background
    • The Necessity of AI-Blockchain Integration πŸ”
    • Market Growth and Trends πŸ“ˆ
    • Key Challenges in AI + Blockchain Integration ⚠️
    • Future Prospects of AI + Blockchain πŸš€
  • ⛓️ Market Demand
    • Current Challenges in the Market ❗
    • AI-Chain’s Solution βœ…
    • AI-Chain Use Cases πŸš€
  • πŸš€ Project Overview
    • How Does AI-Chain Work? βš™οΈ
    • Problems Solved by AI-Chain πŸ”₯
    • AI-Chain Ecosystem 🌐
    • Problems Solved by AI-Chain πŸ”₯
  • πŸ€–Core Technology
    • Decentralized AI Computing Architecture πŸ—οΈ
    • AI-Driven Smart Contracts πŸ€–
    • Privacy-Preserving AI Training πŸ”’
    • Cross-Chain AI Computation πŸ”—
  • πŸ”— Core Protocols
    • Decentralized AI Computation Consensus Protocol βš™οΈ
    • Privacy-Preserving AI Training Protocol πŸ”’
    • Decentralized Data Marketplace Protocol πŸ“Š
    • Cross-Chain AI Computation Protocol πŸ”—
  • 🌍 Real-World Applications
    • AI-Powered DeFi Optimization πŸ“Š
    • AI-Powered NFT Valuation & Creation 🎨
    • AI-Driven DAO Governance πŸ›
    • Privacy-Preserving AI Computation πŸ”’
    • AI-Enabled Decentralized Data Marketplace πŸ“‘
  • πŸ’° $AIC Economy Model
    • Token OverviewπŸ“Œ
    • Token Distribution πŸ“Š
    • Token Economy Model βš™οΈ
    • Staking & Yield Mechanism 🏦
  • πŸ›€οΈ Roadmap | Development Timeline
    • πŸ“… 2024 - Project Planning & Technical Research
    • πŸ“… 2025 - Ecosystem Expansion & Mainnet Development
    • πŸ“… 2026 & Beyond - Global Expansion
  • πŸ“Œ Conclusion πŸš€
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  1. πŸ”— Core Protocols

Cross-Chain AI Computation Protocol πŸ”—

AI-Chain enables multi-chain AI execution through a cross-chain computation protocol.

πŸ“Œ Mathematical Model

Cross-chain AI execution is optimized using load balancing and optimal routing:

where:

  • is the total cross-chain execution cost

  • is the AI task execution time on chain

  • is the bandwidth of chain

  • is the synchronization penalty for state

  • is the penalty factor for desynchronization

πŸ“Œ Solidity Smart Contract Example

pragma solidity ^0.8.0;

interface IBridge {
    function sendTask(bytes memory data, address targetChain) external returns (bool);
}

contract CrossChainAI {
    IBridge bridge;
    
    constructor(address bridgeAddress) {
        bridge = IBridge(bridgeAddress);
    }
    
    function executeAITask(bytes memory data, address targetChain) public {
        require(bridge.sendTask(data, targetChain), "Cross-chain execution failed");
    }
}
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