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Prepare and Measure Quantum Digital Signature: Difference between revisions
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Prepare and Measure Quantum Digital Signature (edit)
Revision as of 11:12, 12 July 2019
, 12 July 2019→Pseudocode
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**provides security against forgery, i.e. any recipient (verifier) with high probability rejects any message which was not originally sent by the seller herself. Forging probability is given by the formula, <math>P(\text{forge})\le e^{-(c_{\min}-2s_v)^2L}</math>, where <math>c_{\min}</math> is 3/8 (calculated using uncertainty principle). | **provides security against forgery, i.e. any recipient (verifier) with high probability rejects any message which was not originally sent by the seller herself. Forging probability is given by the formula, <math>P(\text{forge})\le e^{-(c_{\min}-2s_v)^2L}</math>, where <math>c_{\min}</math> is 3/8 (calculated using uncertainty principle). | ||
== | ==Protocol Description== | ||
<u>'''Stage 1'''</u> Distribution | <u>'''Stage 1'''</u> Distribution | ||