Write, autoreview, editor, reviewer
3,129
edits
Measurement Device Independent Quantum Digital Signature (MDI-QDS): Difference between revisions
Measurement Device Independent Quantum Digital Signature (MDI-QDS) (edit)
Revision as of 22:20, 9 June 2019
, 9 June 2019→Further Information
| Line 95: | Line 95: | ||
==Further Information== | ==Further Information== | ||
MDI-QDS is so far the best [[:Category:Prepare and Measure Network Stage|Prepare and Measure Network Stage]] QDS protocol. It does not rely on the measurement devices and is easy from implementation point of view. Unlike classical schemes, this protocol does not assume a ''trusted'' arbitrator. As the platform of widely implemented MDI-QKD is available, MDI-QDS can be implemented most efficiently and provides the best security in the QDS protocols discovered so far. Another approach would be to adapt DI-QKD for key generation. Here one would neither trust the measurement devices nor the source. As seller and buyer both act as an adversary in QDS protocols, we do not want depend on our state preparation devices either. This has not been studied yet due to as QDS protocols discovered so far yet do not match up to the efficiency of classical and post-quantum digital signature schemes in terms of signing time, key length, etc. | MDI-QDS is so far the best [[:Category:Prepare and Measure Network Stage|Prepare and Measure Network Stage]] QDS protocol. It does not rely on the measurement devices and is easy from implementation point of view. Unlike classical schemes, this protocol does not assume a ''trusted'' arbitrator. As the platform of widely implemented MDI-QKD is available, MDI-QDS can be implemented most efficiently and provides the best security in the QDS protocols discovered so far. Another approach would be to adapt DI-QKD for key generation. Here one would neither trust the measurement devices nor the source. As seller and buyer both act as an adversary in QDS protocols, we do not want depend on our state preparation devices either. This has not been studied yet due to as QDS protocols discovered so far yet do not match up to the efficiency of classical and post-quantum digital signature schemes in terms of signing time, key length, etc. | ||
*'''Theoretical Papers''' | |||
#[http://adsabs.harvard.edu/abs/2011EPJD...61..773Y Guang et al (2011)] A scheme for untrusted arbitartor like MDI-QDS, but trusts its measurement devices | |||
*'''Experimental Papers''' | *'''Experimental Papers''' | ||
#[https://arxiv.org/abs/1703.00493 Roberts et al (2017)] Implementation of the | #[https://arxiv.org/abs/1703.00493 Roberts et al (2017)] Implementation of the example protocol | ||
==References== | ==References== | ||