Rec. ITU-T Q.3060 (12/2020) Signalling architecture of fast deployment emergency telecommunication networks to be used in a natural disaster
Summary
History
Table of Contents
Introduction
1 Scope
2 References
3 Definitions
     3.1 Terms defined elsewhere
     3.2 Terms defined in this Recommendation
4 Abbreviations and acronyms
5 Conventions
     6 Radio interface technologies for fast deployment emergency telecommunications networks
     6.1 An example of the architecture of the fast deployment emergency telecommunication network using IEEE standards
7 Service and capability requirements of a fast deployment emergency telecommunication network
8 Interface and signalling protocols of fast deployment emergency telecommunication network
     8.1 Interface between user equipment and UAV using IEEE technologies
     8.2 Interface between UAVs
     8.3 Interface between UAVs and base station
9 Architecture for long-term use fast deployment emergency telecommunication network base on tethered high-altitude unmanned platforms
     9.1 Architecture for tethered high-altitude unmanned platforms
     9.2 Services on tethered high-altitude unmanned platforms
Appendix I  Introduction of fast deployment emergency telecommunication network approaches
     I.1 Internet of things
     I.2 Heterogeneous gateway
     I.3 Wireless sensor network
Appendix II  Scenarios for using tethered high-altitude unmanned platforms
Appendix III  Cluster-based multichannel MAC IEEE 802.11p protocol
     III.1 Cluster management protocol
     III.2 Sharing information
     III.3 Cluster-based multichannel MAC IEEE 802.11p protocol
Bibliography