Quantum noise random number generator architecture |
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Recommendation ITU-T X.1702 defines a generic functional architecture of a quantum entropy source, a common method to estimate and validate the entropy of a noise source under evaluation, and a common method to specify randomness extractors when they are part of the implemented system.
In contrast to the causal nature of classical physics, the inherently probabilistic nature of quantum physics is particularly suited to implement noise sources with an entropy that can be estimated based on information theory. However, there are currently no existing standards that explicitly distinguish between noise sources based on quantum physics and classical physics. This Recommendation is an add-on to existing noise or entropy source standards that allow specification of the noise source under evaluation based on quantum physics.
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Citation: |
https://handle.itu.int/11.1002/1000/14095 |
Series title: |
X series: Data networks, open system communications and security X.1700-X.1729: Quantum communication X.1702-X.1704: Quantum random number generator |
Approval date: |
2019-11-13 |
Provisional name: | X.qrng-a |
Approval process: | AAP |
Status: |
In force |
Maintenance responsibility: |
ITU-T Study Group 17 |
Further details: |
Patent statement(s)
Development history
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Ed. |
ITU-T Recommendation |
Status |
Summary |
Table of Contents |
Download |
1
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X.1702 (11/2019)
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In force
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here
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here
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here
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Title |
Approved on |
Download |
Guidelines for identity-based cryptosystems used for cross-domain secure communications
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2023
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here
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Overview of hybrid approaches for key exchange with quantum key distribution
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2022
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here
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Guidelines for security management of using artificial intelligence technology
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2022
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here
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Successful use of security standards (2nd edition)
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2020
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here
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Description of the incubation mechanism and ways to improve it
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2020
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here
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Strategic approaches to the transformation of security studies
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2020
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here
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Security considerations for quantum key distribution networks
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2020
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here
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