FASTER Overview Aspa Tzeletopoulou Alexios Vlachopoulos 833507 - - PowerPoint PPT Presentation

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FASTER Overview Aspa Tzeletopoulou Alexios Vlachopoulos 833507 - - PowerPoint PPT Presentation

FASTER Overview Aspa Tzeletopoulou Alexios Vlachopoulos 833507 FASTER H2020-SU-SEC-2018-2019-2020/H2020-SU-SEC-2018 1 Project funded by: EUROPEAN UNION - Research Executive Agency (REA) Project Information First responder Advanced


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FASTER Overview

Aspa Tzeletopoulou Alexios Vlachopoulos

1 833507 — FASTER — H2020-SU-SEC-2018-2019-2020/H2020-SU-SEC-2018 Project funded by: EUROPEAN UNION - Research Executive Agency (REA)

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Project Information

Title: First responder Advanced technologies for Safe and efficienT Emergency Response Acronym: FASTER Number: 833507 Start/End Date: 1 May 2019 – 30 Apr 2022 Duration: 36 months Topic: SU-DRS02-2018 - Technologies for first responders

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Consortium

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No Participant organisation name Short name Role 1 Centre for Research and Technology Hellas CERTH Coordinator 2 Engineering Ingegneria Informatica ENG Industry 3 Hellenic Telecommunications Organization S.A. OTE 4 Diginext DXT 5 Crisisplan BV CPLAN SME 6 Drone Hopper, S.L. DH 7 Robotnik ROB 8 Synelixis Solutions S.A. SYN 9 INOV INESC Inovação INOV RTD/ACAD 10 Links Foundation LINKS 11 Kpeople Research Foundation KPRF 12 Kajaani University of Applied Sciences KAMK 13 Vrije Universiteit Brussel VUB 14 University of West Attica UniWA 15 Ayuntamiento De Madrid - Policia Municipal ADM-POL First Responders 16 Servicio De Urgencias Médicas De La Comunidad De Madrid ERICAM 17 French Academy for Fire, Rescue and Civil Protection Officers ENSOSP 18 Police Academy in Szczytno WSPOL 19 Kajaani Kaupunki KAJ 20 Hellenic Rescue Team Attica HRTA 21 Município de Grândola MG 22 Consorzio per il Sistema Informativo CSIP 23 Kwansei Gakuin Educational Foundation KGU Japan RTD/ACAD

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FASTER MOTIVATION

Europe and Japan are experiencing an increasing number of disasters, derived either from natural phenomena, technological accidents or human

  • actions. First responders are often operating in risky and hazardous disaster

sites, being exposed to visible and non-visible threats. Moreover, lack of proper communication, coordination and resources in such environments, can lead to sub-optimal interventions. We need to exploit rapidly evolving technological advances towards protecting first responders from multiple and unexpected dangers, and provide solutions enabling them to operate in a seamless and efficient way in any environment. 4 4

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Focus Areas

5 FASTER Operational capabilities Risk Assessment Improved ergonomics Resilient Communicatio n Situational Awareness Cooperation & Interoperabilit y

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Obj bjectiv ives

  • SO1: Transforming First Responders’ needs into validated solutions, acceptable from the

society/citizens

  • SO2: Early identification of operational risks enhancing first responder’s safety
  • SO3: First Responders’ engagement, training and experimental pathway
  • SO4: Enhanced situational awareness for first responders through augmented reality

technologies

  • SO5: Highly ergonomic tools for first responders’ operations
  • SO6: Robust and resilient emergency communication and cooperation infrastructure
  • SO7: Employing autonomous vehicles, as units or in swarms, for risk identification and

physical mitigation

  • SO8: Portable Common Operational Picture for maximizing situational awareness

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FASTER Tools - Supporting Technologies

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Body and Gesture based User Interfaces

Communication

Resilient Communicatio n Support Mobile and Wearable technologies

Equipment

Autonomous Vehicles

Augmented Reality for

  • perational

situational awareness

Situational Awareness

Portable Common Operational Picture

  • UAVs and UGVs
  • Resilient Communications
  • Technologies for K9 & mini-UAVs
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AR for operational situational awareness

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Mobile Augmented Reality (AR) for Operational Support Extended vision technologies using commercial lightweight UAVs

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Mobile and Wearable technologies/ Autonomous Vehicles

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Mission management and progress monitoring Wearable sensors and smart textiles Heavyweight drones for mapping/physical

  • perations
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Body and Gesture based User Interfaces

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Hand gesture recognition K9 Behaviour Recognition Gesture-based UxV navigation

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Resilient Communications Support

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Emergency Communicatio n Box 5G-enabled communication infrastructure Blockchain distributed network Communicatio n mesh through

  • pportunistic

relay services

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Portable Common Operational Picture

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Portable Control Centre

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SLIDE 13

Use Cases Overview

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Collapsed Building Urban flooding Indoor Disaster

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Thank You

www.faster-project.eu

14 833507 — FASTER — H2020-SU-SEC-2018-2019-2020/H2020-SU-SEC-2018 Project funded by: EUROPEAN UNION - Research Executive Agency (REA)