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Device-Independent Quantum Key Distribution: Difference between revisions
Device-Independent Quantum Key Distribution (edit)
Revision as of 13:50, 19 March 2019
, 19 March 2019→Hardware Requirements
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*'''Network Stage:''' [[:Category: Entanglement Distribution Network Stage|Entanglement Distribution]] | *'''Network Stage:''' [[:Category: Entanglement Distribution Network Stage|Entanglement Distribution]] | ||
*'''Relevant Network Parameters:''' <math>\epsilon_T, \epsilon_M</math> (see [[:Category: Entanglement Distribution Network Stage|Entanglement Distribution]]) | *'''Relevant Network Parameters:''' <math>\epsilon_T, \epsilon_M</math> (see [[:Category: Entanglement Distribution Network Stage|Entanglement Distribution]]) | ||
* Distribution of Bell pairs, and measurement in three different bases (two basis on | * Distribution of Bell pairs, and measurement in three different bases (two basis on Sender's side and three basis on Receiver's side). | ||
* Minimum number of rounds ranging from <math>\mathcal{O}(10^6)</math> to <math>\mathcal{O}(10^{12})</math> depending on the network parameters, for commonly used secure parameters. | * Minimum number of rounds ranging from <math>\mathcal{O}(10^6)</math> to <math>\mathcal{O}(10^{12})</math> depending on the network parameters, for commonly used secure parameters. | ||
* <math>QBER \leq 0.071</math>, taking a depolarizing model as benchmark. Parameters satisfying <math>\epsilon_T+\epsilon_M\leq 0.071</math> are sufficient. | * <math>QBER \leq 0.071</math>, taking a depolarizing model as benchmark. Parameters satisfying <math>\epsilon_T+\epsilon_M\leq 0.071</math> are sufficient. | ||