ISO/IEC 19785-1:2015 defines structures and data elements for biometric information records (BIRs).
ISO/IEC 19785-1:2015 defines the concept of a domain of use to establish the applicability of a standard or specification that complies with CBEFF requirements.
ISO/IEC 19785-1:2015 defines the concept of a CBEFF patron format, which is a published BIR format specification that complies with CBEFF requirements, specified by a CBEFF patron.
ISO/IEC 19794-13:2018 specifies a data interchange format that can be used for storing, recording, and transmitting digitized acoustic human voice data (speech) assumed to be from a single speaker recorded in a single session. This format is designed specifically to support a wide variety of Speaker Identification and Verification (SIV) applications, both text-dependent and text-independent, with minimal assumptions made regarding the voice data capture conditions or the collection environment.
ISO/IEC 29794-1:2016, for any or all biometric sample types as necessary, establishes the following:
- terms and definitions that are useful in the specification and use of quality metrics;
- purpose and interpretation of biometric quality scores;
- encoding of quality data fields in biometric data interchange formats;
- methods for developing biometric sample datasets for the purpose of quality score normalisation;
- format for exchange of quality algorithm results;
- methods for aggregation of quality scores.
This standard was last reviewed and confirmed in 2017. Therefore this version remains current.
ISO/IEC 19795-6:2012: provides guidance on the operational testing of biometric systems; specifies performance metrics for operational systems; details data that may be retained by operational systems to enable performance monitoring; and specifies requirements on test methods, recording of data, and reporting of results of operational evaluations.
fundamental requirements for planning and execution of environmental performance evaluations for biometric systems based on scenario and operational test methodologies,
specifications to define, establish, and measure specific conditions to assess, including requirements for equipment,
requirements for establishing a baseline performance in order to compare the influence of environmental parameters,
a specification of the biometric evaluation including requirements for test population, test protocols, data to record, and test results, and
procedures for carrying out the overall evaluation.
The purpose of ISO/IEC 30107-1 is to provide a foundation for PAD through defining terms and establishing a framework through which presentation attack events can be specified and detected so that they can be categorized, detailed and communicated for subsequent decision making and performance assessment activities. This foundation is intended to not only introduce and frame the topics of presentation attacks and PAD but also to benefit other standards projects. This standard does not advocate a specific standard PAD method. The scope is limited to describing attacks that take place at the sensor during the presentation and collection of biometric characteristics.
The electronic version of this International Standard can be downloaded from the ISO/IEC Information Technology Task Force (ITTF) web site
ISO/IEC TR 24722:2015 contains descriptions of and analyses of current practices on multimodal and other multibiometric fusion, including (as appropriate) references to more detailed descriptions. ISO/IEC TR 24722:2015 contains descriptions and explanations of high-level multibiometric concepts to aid in the explanation of multibiometric fusion approaches including multi-characteristic-type, multiinstance, multisensorial, multialgorithmic, decision-level and score-level logic.
Procurements of biometric systems often stipulate requirements for the systems to be inclusive and make provision for exception handling.
ISO/IEC TR 29194:2015 provides guidance for biometric system design and procurement to handle the range of accessibility and usability issues.
This report will build upon the generic guidance in ISO/IEC/TR 24714‑1,
Information technology
Biometrics
Jurisdictional and societal considerations for commercial applications
ISO/IEC TR 30125:2016 provides guidance for developing a consistent and secure method of biometric (either alone or supported by non-biometric) personalization and authentication in a mobile environment for systems procured on the open market.
5GS Enhanced Support of Vertical and LAN Services (SP-181120) is a 3GPP completed work item (WID) for Release 16 as part of the stage 2 work (5G phase 2) under WG SA2 - architecture.
The WID specifies enhancements to 5G system based on the conclusions of 3GPP TR 22.734. These enhancements focus on supporting time sensitive communication and non public networks (NPN).
In this respect, it covers:
Network identification, discovery, selection and access control.
Access to PLMN services via non public networks and services via PLMN.
It also focuses on improvements in 5G system (5GS) support for 5G LAN service.
Its overarching goal is to support new vertical service requirements for cyber-physical control applications in vertical domains and LAN support in 5G.
The work item rapporteur is Nokia. Supporting Individual Members (SIMs) include EU and global supply side companies with Siemens on the vertical industry side.
The WID was completed in Q2-2019. The expected availability date of Rel-16 is March 2020.
Enhancement of Ultra-Reliable Low-latency support in the 5G core (SP-181122) is a 3GPP completed work item (WID) for Release 16 as part of the stage 2 work (5G phase 2) under WG SA2 - architecture.
Its focus is on enhancing the 5G core network defined in TS 23.502 and TS 23.503 based on the study conclusions of FS_5G_URLLC in TR 23.725 to support URLLC services within 5G system.
It is aimed at supporting:
High-reliability by redundant transmission in user plane.
Low latency and low jitter during handover procedure.
QoS monitoring to assist URLLC services.
Division of E2E PDB (Packet Delay Budget) and automated GBR service reovery.
It also aims to enhance session continuity during UE mobility, including enhancements of coordination between AF (application function) and 5GS, PSA (PDU session anchor) relocation, URLLC (uplink classifier) relocation.
Its overarching goal is to provide data transfer capability with strict performance requirements, e.g. very low latency and high-reliability requirements to fulfil the demands of vertical markets and applications.
Huawei is the rapporteur of this WID with Supporting Individual Members (SIMs) from EU and global supply side companies.
