VALKYRIES

Harmonization and Pre-Standardization of Equipment, Training and Tactical Coordinated procedures for First Aid Vehicles deployment on European multi-victim Disasters.

VALKYRIES

Will increase EU overall resilience and effectiveness in cross-border disasters with multiple victims by enhancing transnational and cross-sectorial trust among different players and in their interaction with data-driven technologies.

VALKYRIES

The integration of the harmonized solutions will constitute the SIGRUN platform, providing advanced communications, information sharing and tactical C&C services for the first-aid responders.

VALKYRIES

Four use cases will be developed on cross-frontier and cross-sectorial BLOS (Beyond Line of Sight) scenarios, where the usual communications infrastructure could have been damaged, and emergency response teams are deployed without an accurate view of the operation environment.

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VALKYRIES Project

Scientific Publications

8^th January, 2023

WACV 2023 Workshop paper USN - NORCE

A Novel Framework to Evaluate and Train Object Detection Models for Real-Time Victims Search and Rescue at Sea with Autonomous Unmanned Aerial Systems Using High-Fidelity Dynamic Marine Simulation Environment (Open Access)

Poudel, R., Lima, L., & Andrade, F. (2023, January). IEEE/CVF Winter Conference on Applications of Computer Vision (WACV 2023) Workshop paper (USN-NORCE). Computer Vision Foundation.

30^thAugust, 2022

ACM paper

A Novel Framework to Evaluate and Train Object Detection Models for Real-Time Victims Search and Rescue at Sea with Autonomous Unmanned Aerial Systems Using High-Fidelity Dynamic Marine Simulation Environment (Open Access)

Yanakiev, Y., García, M.I., Maestre, J., Stoianov, N. & Sotelo, M. (2022, August). Association for Computing Machinery (ACM) Digital Library.

10^th March, 2022

From P4 medicine to P5 medicine:

transitional times for a more human-centric approach to AI-based tools for hospitals of tomorrow.

Amram, D., Gignoni, A., Banfi, T. & Cuiti, G. (2022, March). Open Research Europe.

SERVICIO DE URGENCIAS Y EMERGENCIAS DE LA COMUNIDAD DE MADRID (SUMMA112)

TASSICA EMERGENCY, TRAINING & RESEARCH S.A.

VALKYRIES

VALKYRIES

VALKYRIES

VALKYRIES

VALKYRIES Project

Scientific Publications

WACV 2023 Workshop paper USN - NORCE

A Novel Framework to Evaluate and Train Object Detection Models for Real-Time Victims Search and Rescue at Sea with Autonomous Unmanned Aerial Systems Using High-Fidelity Dynamic Marine Simulation Environment (Open Access)

ACM paper

A Novel Framework to Evaluate and Train Object Detection Models for Real-Time Victims Search and Rescue at Sea with Autonomous Unmanned Aerial Systems Using High-Fidelity Dynamic Marine Simulation Environment (Open Access)

From P4 medicine to P5 medicine:

transitional times for a more human-centric approach to AI-based tools for hospitals of tomorrow.

The Project

Consortium

Dissemination

VALKYRIES

VALKYRIES

VALKYRIES

VALKYRIES

VALKYRIES Project

Scientific Publications

WACV 2023 Workshop paper USN - NORCE A Novel Framework to Evaluate and Train Object Detection Models for Real-Time Victims Search and Rescue at Sea with Autonomous Unmanned Aerial Systems Using High-Fidelity Dynamic Marine Simulation Environment (Open Access)

ACM paper A Novel Framework to Evaluate and Train Object Detection Models for Real-Time Victims Search and Rescue at Sea with Autonomous Unmanned Aerial Systems Using High-Fidelity Dynamic Marine Simulation Environment (Open Access)

From P4 medicine to P5 medicine: transitional times for a more human-centric approach to AI-based tools for hospitals of tomorrow.

The Project

Consortium

Dissemination

WACV 2023 Workshop paper USN - NORCE

A Novel Framework to Evaluate and Train Object Detection Models for Real-Time Victims Search and Rescue at Sea with Autonomous Unmanned Aerial Systems Using High-Fidelity Dynamic Marine Simulation Environment (Open Access)

ACM paper

A Novel Framework to Evaluate and Train Object Detection Models for Real-Time Victims Search and Rescue at Sea with Autonomous Unmanned Aerial Systems Using High-Fidelity Dynamic Marine Simulation Environment (Open Access)

From P4 medicine to P5 medicine:

transitional times for a more human-centric approach to AI-based tools for hospitals of tomorrow.