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Quantum Fingerprinting: Difference between revisions
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If the initial input of the two parties are equal, this would be inferred from the corresponding fingerprints with no error probability and the outcome of the protocol would be correct. However, if the two fingerprints are of different inputs, there exists a non-zero probability that the outcome of the protocol is incorrect. Therefore, there exists a one sided error in the measurement. This one sided error is reduced by repeating the server operations several times with the same fingerprints. | If the initial input of the two parties are equal, this would be inferred from the corresponding fingerprints with no error probability and the outcome of the protocol would be correct. However, if the two fingerprints are of different inputs, there exists a non-zero probability that the outcome of the protocol is incorrect. Therefore, there exists a one sided error in the measurement. This one sided error is reduced by repeating the server operations several times with the same fingerprints. | ||
==Requirements== | ==Hardware Requirements== | ||
* Authenticated Quantum channel capable of sending a pair of qubits. | * Authenticated Quantum channel capable of sending a pair of qubits. | ||
* Quantum memory for server to store the fingerprints. | * Quantum memory for server to store the fingerprints. | ||