Super Nova
  • 👋AI + DePIN, 2024 Mainstream narrative
  • summary
    • 💡AI development bottleneck and AI Depin pain point
    • ✨Super nova Problem-solving method
    • 🐦Super nova How to achieve decentralized AI
  • Super nova The overall architecture
    • 📪Super nova The overall architecture
    • 📎Super nova: Build AI and DePIN expressway
    • 🥬Modularity is the future
    • 🌮Modular Safety Pools (MSP):
    • 🤝Inexplexed calculation:
  • Super nova Ecosystem
    • 📪DeFi, the Asset Network
    • 📎Minerva ASIC Chip mining machine
    • 👨‍🦯AI intelligent system
    • 🥚DePIN (AI) Digital revolution
  • Super nova Technical implementation
    • 📪Validator node
    • 📎Calculation ability reward
    • 🎍The computing power node
    • 🤞Calculate force pool
  • Super nova Certificate economics
    • 📪Certificate economics
  • Super nova Team introduction
    • 📪Team introduction
    • 📎Team introduction-1
  • The Foundation and its partners
    • 📪Foundation introduction
    • 📎TOP Partners
  • Super nova Development road map
    • 🛠️Road Map
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  1. Super nova Technical implementation

Calculation ability reward

1. Registration and participation:

-Settings: the computing power provider has registered an account. Each computing power provider must have the credentials to enter the Super nova network.

-Initialization: Once registered, the computing power node initializes and begins to contribute computing resources to the network.

2. Data collection and submission:

-Data monitoring: Super nova The client continuously monitors the utilization rate, calculation task completion time, and overall performance of each node.

-Data encryption and upload: The collected data is encrypted and securely uploaded to a central server or decentralized verification node.

3. Reward calculation:

-Algorithm: Time-weighted proof of work (TW-PoW) The algorithm evaluates the contribution of each provider based on efficiency and timeliness.

-Calculation process: the data collected from each node is processed to determine the completed calculation workload; the algorithm dynamically adjusts the rewards according to the calculated supply and demand of the network.

4. Reward distribution:

-Smart contracts: rewards are distributed through smart contracts on the blockchain to ensure transparency and uniformity.

-Token allocation: rewards are issued in tokens and credited to the provider's account.

5. Reward receiving:

-Block allocation: Miner rewards are automatically allocated for every 2 ^ 18 blocks.

-Withdrawal process: Users can view and withdraw rewards through the client interface.

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Last updated 9 months ago

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