A Blindly Verifiable Encrypted Signature Method Based on Blockchain
A blockchain and signer technology, applied in the field of information security, can solve problems such as the inability to obtain digital signatures and the inability to obtain signer public key information
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[0034] Assuming that Zhang San and Li Si have negotiated an electronic contract m, Zhang San needs to sign the contract and then publish it to the blockchain network. The blockchain verifier obtains the signature and verifies the validity of the signature. After the verification is passed, Li Si can extract Zhang San's real digital signature on m from this signature. The participants in this example are: Zhang San (Alice), Li Si (Bob) and blockchain verifiers.
[0035] The implementation process to complete the above requirements is as follows:
[0036] 1. Zhang San and Li Si negotiate the message to be signed, and the steps to generate their respective key pairs according to the system parameters include:
[0037] 1) Zhang San and Li Si negotiate the message object m to be signed;
[0038] 2) The system parameters are generated by using the type a parameter in the JPBC library, including a bilinear pairing operation e:G 1 ×G 1 →G 2 , where G 1 is a cyclic additive group...
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