Cross-Chain AI Computation 🔗

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

Mathematical Model for Cross-Chain AI Execution

The cross-chain AI task execution is optimized using multi-chain load balancing:

where:

• is the total execution cost across chains.

• is the AI task execution time on chain .

• represents the bandwidth of chain .

• is the synchronization penalty for state .

• is a penalty factor for desynchronization.

Cross-Chain Execution in Solidity

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");
    }
}

This contract enables cross-chain AI computation via blockchain bridges.