Measurement Device Independent Quantum Digital Signature (MDI-QDS): Difference between revisions
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Measurement Device Independent Quantum Digital Signatures (MDI-DS) achieves the functionality of QDS by allowing exchange of messages using the procedure studied in Prepare and Send QDS but without trusting one's measurement devices, thus making the protocol device independent. It uses the security proof of MDI-QKD to the QDS scheme for insecure channels. The example protocol involves three parties and is designed for signing one bit and the authors suggest that longer messages can be signed by iterating the same process. All three conditions that define QDS i.e. non-repudiation, transferability and unforgeability are implied by the protocol.</br></br> | Measurement Device Independent Quantum Digital Signatures (MDI-DS) achieves the functionality of QDS by allowing exchange of messages using the procedure studied in Prepare and Send QDS but without trusting one's measurement devices, thus making the protocol device independent. It uses the security proof of MDI-QKD to the QDS scheme for insecure channels. The example protocol involves three parties and is designed for signing one bit and the authors suggest that longer messages can be signed by iterating the same process. All three conditions that define QDS i.e. non-repudiation, transferability and unforgeability are implied by the protocol.</br></br> | ||
'''Tags:''' [[:Category: Multi Party|Multi Party (three)]], Digital Signature, [[:Category: Quantum Enhanced Classical Functionality|Quantum Enhanced Classical Functionality]], [[:Category: Specific Task|Specific Task]], [[Quantum Digital Signature]] (QDS), [[Prepare and Send Quantum Digital Signature|Prepare and Send QDS]], QKD | '''Tags:''' [[:Category: Multi Party Protocols|Multi Party (three)]], Digital Signature, [[:Category: Quantum Enhanced Classical Functionality|Quantum Enhanced Classical Functionality]], [[:Category: Specific Task|Specific Task]], [[Quantum Digital Signature]] (QDS), [[Prepare and Send Quantum Digital Signature|Prepare and Send QDS]], QKD | ||
[[Category: Multi Party]][[Category: Quantum Enhanced Classical Functionality]][[Category: Specific Task]] | [[Category: Multi Party]][[Category: Quantum Enhanced Classical Functionality]][[Category: Specific Task]] | ||
Revision as of 17:09, 19 March 2019
Measurement Device Independent Quantum Digital Signatures (MDI-DS) achieves the functionality of QDS by allowing exchange of messages using the procedure studied in Prepare and Send QDS but without trusting one's measurement devices, thus making the protocol device independent. It uses the security proof of MDI-QKD to the QDS scheme for insecure channels. The example protocol involves three parties and is designed for signing one bit and the authors suggest that longer messages can be signed by iterating the same process. All three conditions that define QDS i.e. non-repudiation, transferability and unforgeability are implied by the protocol.
Tags: Multi Party (three), Digital Signature, Quantum Enhanced Classical Functionality, Specific Task, Quantum Digital Signature (QDS), Prepare and Send QDS, QKD