Whitepaper
  • Whitepaper
  • Terminology
  • Abstract
  • Introduction
  • Vision
  • Overview
    • Current Problems of Existing Blockchain Networks
      • Trilemma
      • Transaction Speed
      • User Experience
      • Software Development
      • Decentralization
    • Metatime Solution
  • MetaChain
    • An Overview for MetaChain
    • MetaAnthill
    • EVM to MVM
    • MetaChain Consensus Mechanism: PoM
    • Transaction Check Per Second (TCPS)
  • Proof of Meta Consensus Mechanism
    • MetaMiner (MPoS & MetaAnthill)
      • Fees and Rewards
    • MacroMiner (MPoH & MetaAnthill)
      • Archive Node
      • Full Node
      • Light Node
    • MicroMiner (MPoSW & MetaAnthill)
  • Scalability
    • Blockchain Network Structure
    • Energy Consumption
  • Smart Contract
    • Smart Contract Compatibility
    • Smart Contract Fees
  • Transaction
    • Transaction Fees
  • Attack Vectors & Security
    • Transaction Denial
    • Eclipse Attack
    • Double Spending
  • Native Token
    • Metatime Coin (MTC)
    • Token Burning
      • Transaction Fee Burning
      • Constant Burning
  • Experimental Results
  • Information
  • Audit
  • Solution and Conclusion
    • Focused on 'Human'
  • References
  • Disclaimer
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Transaction Fee Burning

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Last updated 1 year ago

Although the MetaChain network is among the most suitable networks regarding transaction fees, the sum of the transfer transaction fees arising from intra-network mobility will reach quite high amounts, based on the ecosystem value.

In every transaction performed on MetaChain, cost-effective transactions and burning are performed. While the fees paid for the transfers are distributed to the pools determined by the system, as a result of this transaction, the Metatime Coins accumulated in the Burn Pool are triggered and burned on a daily basis.

BM=(F/10).(T+1)/(2.T2)BM = (F/10).(T+1)/(2.T^2)BM=(F/10).(T+1)/(2.T2)

Amount of Metatime Coins to Burn

(BM)

Transfer Fee (MTC)

(F)

10 Million Burned Metatime Coins

(T)

20 Million Burned Metatime Coins

(T+1)

All of the transfer fees within the MetaChain network are distributed to certain pools.

The MTCs accumulated in the Fee Pool are shared daily as follows.

Miner Pool: Represents the MTC allocated for each transfer result for high-yield mining models.

Holder Pool: Represents MTC, which is reserved for investors to develop their earnings patterns.

Charity Pool: Collects funds for charities from each transaction made on its blockchain network MetaChain, Charity Pool represents the MTC allocated for these charities.

Advertiser Pool: Represents MTC allocated for promotion and advertising budget.

Burn Pool: Represents the MTC to be burned after each transfer for sustained supply restric- tion. It is completely burned and removed from circulation.