Proof of proof-of-work
Proof of proof-of-work (PoPow) are a primitive for blockchain protocols allowing for more efficient verification of transactions for SPV nodes in a Bitcoin like blockchain network.
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Both interactive and non-interactive proof of proof-of-work (NIPoPow) have been proposed. Proofs of proof-of-work are potentially useful to SPV nodes in a blockchain network in order to more efficiently verify transactions. Adding proofs of proof-ofworkproof-of-work would require a modification to the Bitcoin codebase which would result in a small storage increase per block.
Both interactive and non-interactive proof of proof-of-work (NIPoPow) have been proposed. Proofs of proof-of-work are potentially useful to SPV nodes in a blockchain network in order to more efficiently verify transactions. Adding proofs of proof-ofwork would require a modification to the BitcoinBitcoin codebase which would result in a small storage increase per block.
Both interactive and non-interactive proof of proof-of-work (NIPoPow) have been proposed. Proofs of proof-of-work are potentially useful to SPV nodes in a blockchain network in order to more efficiently verify transactions. Adding proofs of proof-ofwork would require a modification to the Bitcoin codebase which would result in a small storage increase per block.
Proof of proof-of-work
Proof of proof-of-work (PoPow) are a primitive for blockchain protocols allowing for more efficient verification of transactions for SPV nodes in a Bitcoin like blockchain network.
Both interactive and non-interactive proof of proof-of-work (NIPoPow) have been proposed. Proofs of proof-of-work are potentially useful to SPV nodes in a blockchain network in order to more efficiently verify transactions.
Proof of proof-of-work
Proof of proof-of-work (PoPow) are a primitive for blockchain protocols allowing for more efficient verification of transactions for SPV nodes in a Bitcoin like blockchain network.
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