This Amendment changes references to ISO 31 and IEC 60027 by references to ISO/IEC 80000 series which supersede these two previous standards.
This Amendment also replaces a term "biosphere" by "1m radius biosphere", as biosphere" is classically a bigger object, around planet Earth (Sol-3).
This Amendment also adds a sixth modality: "CALOR".
1) Modify the Summary as follows:
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. This work is referenced in an extensive bibliography. The second is the specification 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 behavioral 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.
2) Replace the fourth paragraph of Introduction with:
This Recommendation provides a structure for categorizing the interaction of human beings with telecommunication terminals based on scale propinquity, using the International System of Units as it appears in the ISO/IEC 80000 series, with standardized descriptors for units of physical phenomena (such as the bel, candela, and becquerel units for sound, light, and the intensity of radio-activity).
3) Replace the paragraph related to Appendix I in Introduction with:
Appendix I contains a copy of a table from the ISO/IEC 80000 series for convenience, as it is fundamental to the use of the Telebiometric Multimodal Model.
4) Add at the end of Introduction:
Appendix V, "Summary on hierarchy principles update", summarizes the hierarchy theory and is supplemented by the extensive Bibliography that references most of the major papers in this area
5) Replace subclause 1.2 with:
1.2 This telebiometric multimodal model covers all the possibilities for safe and secure multimodal man-machine interactions, and is derived in part from the ISO/IEC 80000 series. The cognitive, perceptual and behavioral modalities of a human being are also relevant in the field of telecommunication, and are likely to be used by a biometric sensor or effector in the future, for authentication purposes. These are also covered by this telebiometric multimodal model.
6) In clause 2, replace [2], [3] and the note with:
[2] ISO/IEC 80000 series:
ISO 80000-1 Part 1: General
ISO 80000-2 Part 2: Mathematical signs and symbols for use in the natural sciences and technology
ISO 80000-3 Part 3: Space and time
ISO 80000-4 Part 4: Mechanics
ISO 80000-5 Part 5: Thermodynamics
IEC 80000-6 Part 6: Electromagnetism
ISO 80000-7 Part 7: Light
ISO 80000-8 Part 8: Acoustics
ISO 80000-9 Part 9: Physical chemistry and molecular physics
ISO 80000-10 Part 10: Atomic and nuclear physics
ISO 80000-11 Part 11: Characteristic numbers
ISO 80000-12 Part 12: Solid state physics
IEC 80000-13 Part 13: Information science and technology
IEC 80000-14 Part 14: Telebiometrics related to human physiology
7) Modify the title of subclause 3.1 as follows: