GB/T 38647.1-2020 Active National standards

GB/T 38647.1-2020 Information technology—Security techniques—Anonymous digital signatures—Part 1:General

GB/T 38647.1-2020 Information technology—Security techniques—Anonymous digital signatures—Part 1:General

Publish Date: 2020-04-28 Implement Date: 2020-11-01 For services related to genuine standard inquiry, procurement, translation, and other related services in China, please Contact Us

Basic Information

Standard Code: GB/T 38647.1-2020
Standard Type: National standards
Standard Status: Active
is_force_gb: no
CCS Name: Data encryption
ICS Name: Character sets and information encoding
Publish Date: 2020-04-28
Implement Date: 2020-11-01
Pages: 24 pages

Scope

This part of GB/T 38647 specifies the definition, selection, and general requirements of the anonymous signature mechanism, as well as the general models, entity sets, and partial processes of the following two anonymous signature mechanisms:
a) A signature mechanism using a group public key;
b) A signature mechanism using multiple public keys.
This part is applicable to guiding the design, implementation, and application of anonymous digital signature mechanisms.

Development Information

Word Count: 42 Thousand words Pages: 24 pages

Same series standard

Referenced Standards

GB/T 15843.1-1999 Information technology—Security techniques—Entity authentication—Part 1:General GB/T 15843.1-2008 Information technology—Security techniques—Entity authentication—Part 1:General GB/T 15843.1-2017 Information technology—Security techniques—Entity authentication—Part 1:General GB 15843.2-1997 Information technology—Security techniques—Entity authentication—Part 2:Mechanisms using symmetric encipherment algorithms GB/T 15843.2-2008 Information technology—Security techniques—Entity authentication—Part 2:Mechanisms using symmetric encipherment algorithm GB/T 15843.2-2017 Information technology—Security techniques—Entity authentication—Part 2:Mechanisms using symmetric encipherment algorithms GB/T 15843.2-2024 Cybersecurity technology—Entity authentication—Part 2:Mechanisms using authenticated encryption GB/T 15843.3-1998 Information technology—Security techniques—Entity authentication—Part 3:Mechanisms using asymmetric signature techniques GB/T 15843.3-2008 Information technology—Security techniques—Entity authentication—Part 3:Mechanisms using digital signature techniques GB/T 15843.3-2016 Information technology—Security techniques—Entity authentication—Part 3:Mechanisms using digital signature techniques GB/T 15843.3-2023 Information technology—Security techniques—Entity authentication—Part 3:Mechanisms using digital signature techniques GB/T 15843.4-1999 Information technology—Security techniques—Entity authentication—Part 4:Mechanisms using a cryptographic check function GB/T 15843.4-2008 Information technology—Security techniques—Entity authentication—Part 4:Mechanisms using a cryptographic check function GB/T 15843.4-2024 Cybersecrity technology—Entity authentication—Part 4:Mechanisms using a cryptographic check function GB/T 15843.5-2005 Information technology—Security techniques—Entity authentication—Part 5:Mechanisms using zero knowledge techniques GB/T 15843.6-2018 Information technology—Security techniques—Entity authentication—Part 6:Mechanisms using manual data transfer GB/T 34953.2-2018 Information technology—Security techniques—Anonymous entity authentication—Part 2:Mechanisms based on signatures using a group public key GB/T 38647.2-2020 Information technology—Security techniques—Anonymous digital signatures—Part 2:Mechanisms using a group public key

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ISO/IEC 20008-1:2013

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