Skip to main content- Data Handling / DCC Toolbox / Human Readable
- Extraction of Content from the DCC
- DCC-Related Tools
- GEMIMEG-Tool
- Tools from GEMIMEG Consortia
- Human Readable
- Middleware
- Other Tools
- DCC and Accreditation
- Signatures and Security Mechanisms
- DCC Infrastructure
- Necessities for the Implementation of a DCC Infrastructure
- Different DCC Approaches
- PDF Approach
- Other XML Specifications
- Other Expressions
- Digital Certificates in Metrology Based on the Digital Syntax (DX)
- Digital Calibration Request (DCR)
- Digital Calibration Answer (DCA)
- Digital Test Certificates (DTC)
- Digital Certificates for Reference Materials (DRM)
- Further Developments in the Field of Digital Metrological Certificates
- NIST Development on Digital Certificates for Reference Materials (DRM)
- Good Practice (GP)
- Status GP
- How are GPs Created and Established?
- Implementation Strategies
- In the NMI
- In the Calibration Laboratory
- In Industry
- Mutual Recognition Arrangement (MRA) Handling
- CIPM MRA
- ILAC MRA
- Persistent Identifier
- Global Identification Features of Calibration and Measurement Items
- Unique Identifiers of Calibration and Measurement Items
- Further Development of the Strategy for a Unique Identifier
- Quality of Data
- Results from GEMIMEG-II
- Rules and Wording
- The Rulebook
- The Wording
- Signatures and Security Mechanisms
- Human Readable Signatures
- Security Mechanisms
- Hash-Based Security Mechanisms
- Signature-Based Security Mechanisms
- XML-Embedded Security Mechanisms
- The DCC in Different Environments
- The DCC in an Industrial Environment
- The DCC in an Accredited Environment
- The DCC in the NMI
- The DCC Scheme / Validation
- Status DCC Scheme
- DCC Version 4.0 and DX
- DCC Subschemas
- Schematron
- Traceability
- Traceability to the National Standard
- Traceability to Previous Calibrations