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Certified finite randomness expansion: Difference between revisions
Certified finite randomness expansion (edit)
Revision as of 16:36, 4 November 2019
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Such a protocol is useful in the case where one already has access to a private source for true randomness, but whose use is prohibitively expensive or whose access is limited. By applying randomness expansion, it is possible to make this resource go further using potentially much cheaper or more simple methods. | Such a protocol is useful in the case where one already has access to a private source for true randomness, but whose use is prohibitively expensive or whose access is limited. By applying randomness expansion, it is possible to make this resource go further using potentially much cheaper or more simple methods. | ||
[[: Category: Building Blocks|Building Blocks]], [[: Category: Quantum Functionality|Quantum Functionality]], [[:Category: Specific Task|Specific Task]] [[Category: Building Blocks]] [[Category: Quantum Functionality]] [[Category: Specific Task]], [[Category:Entanglement Distribution Network stage]] | |||
==Assumptions== | ==Assumptions== | ||
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* <math>\alpha</math>: the chosen confidence with which the returned entropy lower bound is correct | * <math>\alpha</math>: the chosen confidence with which the returned entropy lower bound is correct | ||
* <math>\textrm{Ext}</math>: strong seeded (classical) randomness extractor | * <math>\textrm{Ext}</math>: strong seeded (classical) randomness extractor | ||
==Requirements== | |||
* '''Network stage''': [https://wiki.veriqloud.fr/index.php?title=Category:Entanglement_Distribution_Network_stage Entanglement Distribution] | |||
* Random number generator | |||
* Authenticated quantum channel | |||
* Authenticated classical channel | |||
* Hardware: | |||
** Multi qubit non-separable state preparation | |||
** Single qubit measurement | |||
** Single qubit gates | |||
<div style='text-align: right;'>''Neil Mcblane''</div> | <div style='text-align: right;'>''Neil Mcblane''</div> | ||