Committed to connecting the world

  •  
wtisd

ITU-T Recommendations

Search by number:
Others:
Skip Navigation Links
Content search
Advanced search
Provisional name
Equivalent number
Formal description
Study Groups tree viewExpand Study Groups tree view

ITU-T X.1081 (10/2011)

عربي | 中文 | English | Español | Français | Русский
The telebiometric multimodal model – A framework for the specification of security and safety aspects of telebiometrics
The telebiometric multimodal model has been developed from two main sources that provide the solid foundation for the model. The first is a considerable body of theoretical work on systems, scale propinquity, hierarchies and modalities of interaction between a human being and the environment. The second comes from the specifications in the ISO/IEC 80000-series of quantities and units, for all known forms of measurement of the magnitude of physical interactions between a person and its environment.

The telebiometric multimodal model is not limited to consideration of purely physical interactions, but also recognizes behavioural interactions. Such interactions are currently not quantified by standard units. It also recognizes the importance of examining all possible interactions using the insights provided by a number of different fields of academic study. The model itself consists of a specification of a number of dimensions related to interactions in a set of specified modalities, in both directions, at various intensities, using the complete range of quantities and units specified in the ISO/IEC 80000-series. This provides a taxonomy of all possible interactions, which contains more than 1600 combinations of measurement units, modalities and fields of study.
Citation: https://handle.itu.int/11.1002/1000/11452
Series title: X series: Data networks, open system communications and security
  X.1000-X.1099: Information and network security
  X.1080-X.1099: Telebiometrics
Approval date: 2011-10-14
Provisional name:X.tb
Approval process:AAP
Status: In force
Maintenance responsibility: ITU-T Study Group 17
Further details: Patent statement(s)
Development history