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ETSI WG SatEC (Satellite Emergency Communications) Special Task Force STF 472: Reference Scenarios for Emergency Satellite-assisted Telecommunication.

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Presentation on theme: "ETSI WG SatEC (Satellite Emergency Communications) Special Task Force STF 472: Reference Scenarios for Emergency Satellite-assisted Telecommunication."— Presentation transcript:

1 ETSI WG SatEC (Satellite Emergency Communications) Special Task Force STF 472: Reference Scenarios for Emergency Satellite-assisted Telecommunication Services © ETSI All rights reserved

2 Use of satellite communications for public warning systems
SatEC WG Objectives Activities are currently focused on 3 topics Definition of reference concepts for the use of satellite in disaster situations Use of satellite communications for public warning systems Use of satellite communications for restoring/establishing communication capabilities in a disaster area STF 472

3 Define set of emergency responses to scenarios
STF 472 Objectives Define Scenarios for: Major earthquake in an urban environment Mass public transportation accident in countryside Define set of emergency responses to scenarios Dimensioning of a satellite-based telecommunication network for use by first responders (in charge of search & rescue operations, emergency shelter…..) STF 472

4 User/Response Requirements
STF 472 Approach SatEC Terms of Reference Abstraction/ Superposition STF Reference Scenario Example/Real Scenarios STF User Interviews STF/Users User/Response Requirements Abstraction/ Extrapolation Future Work? Technical Specification (TS) STF Model System Requirements

5 Major challenge is to integrate
Overall Aims Major challenge is to integrate specifics of a scenario with the operating modes of responders Validate with data from real users Derive technology-agnostic network models In a later stage these models, when mapped to technologies, should lead to network architecture definitions or network dimensioning STF 472

6 Reference Scenario Definitions
Have to be: Sufficiently realistic and complex (e.g., weather conditions, access, available rescue forces…) Representative in terms of telecoms needs of a number of likely alternative situations Take account of predicted (near) future communications needs 6 STF 472

7 Example Communication Roles
Infrastructure Emergency Control Centre(s) Discipline A, B… Crisis Mgt. Group, Authorities Population Off-site Social Media PMR Data Telephone Coordinating Field Emergency Control Field Emergency Control Discipline A, B… On-site Rescue Teams Discipline A, B… Affected 7 Operation Area STF 472

8 Regional/National/Civil Protection Authorities
Example authorities Civil protection authorities Crisis management groups Government, police, armed forces Example tasks Call center for relatives Organization infrastructure (shelter, water, food, transport) Coordination of supra-regional help 8 STF 472

9 Part 1: Earthquake

10 Responders likely to be distributed over a large area
1) Earthquake Responders likely to be distributed over a large area Responses likely to be diverse (fire-fighting, search and rescue, first aid, emergency sheltering…….) Cross-discipline information exchange required Satcoms likely to replace temporarily disabled infrastructures STF 472

11 User Experience and Feedback
Major Earthquakes in Europe are rare and centred on a few countries – experience is varied and limited Experience from outside Europe may be needed Other major disasters are more common e.g., flash-floods Extrapolate/abstract from these events? Earthquake as superposition of several “minor” incidents having influence on each other STF 472

12 Part 2: Mass casualty incident in public transportation

13 E.g. railway accident, bus accident, motorway pileup, plane crash
2) Transport Accident E.g. railway accident, bus accident, motorway pileup, plane crash Responders more concentrated over a small area Responses more restricted to a few specialities (search and rescue, first aid) Satcoms provide communication hub to amend/compensate for lack of existing infrastructure 13 STF 472

14 Information Flows (with example data)
Heaviness of disaster Number of victims Triage class TBI, burn? Child? Date/time Patient IDs Required equipment Number of victims Triage class TBI, burn? Child? Date/time Patient IDs Required equipment Triage class TBI, burn? Child? Arrival time IDs Hospital Treatment capacity Status Name, age Field Emergency Control Incident Area Emergency Control Centre Heaviness of disaster Required equipment Number of victims Deployed forces Local transport capacity Local equipment Back-up Transport capacity Treatment capacity Back-up Authority Back-up Required information Logistic support TBI = traumatic brain injury 14 STF 472

15 Identification of Users
Fire brigade schools Disaster management schools Airports, public transportation operators EU disaster management trainings Civil protection organisations and authorities Rescue organisations 15 STF 472

16 Comments, inputs are welcome.
Feedback Comments, inputs are welcome. Contacts with interested Responders/Organisers are invited. Contact: Robert Mort: STF 472 are: Egil Bovim, Haitham Cruickshank, Anton Donner, Robert Mort, Julián Seseña STF 472


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