which will address the technological requirements of the project
Climate, Atmospheric Forcing and Multi-Hazard Modelling
Introduction of a research framework for estimating environmental risk down to the IWW scale and providing high-resolution maps of environmental pressures whereupon fragility/vulnerability functions for IWW sites will be determined.
Multi-Hazard Vulnerability Modules and Assessment Toolkit (MHVAT) for IWW and assets
The development of the Toolkit software will suit to offer an integrated analytical assessment of the vulnerability of IWW under natural or/and man-made hazards, as well as mixed hazard.
Improved Computer Vision (CV) Techniques and ML Techniques
PLOTO aims to use existing monitoring tools that will be supported by novel Computer Vision (CV) techniques and ML algorithms.
Remote Sensing, including Quick Assessment Damage Maps
The system developed in the project can provide local details in case of a significant disaster event, thus completing the damage maps generated through Copernicus EMS.
Fore-Now/Casting Weather Predictions Methods & Tools
Implementation of Early Warning Systems (EWS) to anticipate extreme weather events and their impact on the IWW and connected networks.
PLOTO Middleware and Data Fusion (DF)
Implementation of a novel middleware that will incorporate current information systems, but also available sensor networks. The DF Languages (DFL) in PLOTO will be a language that provides the functionality else offered through several engines.
IWW Assessment Tool (IWAT) and IWW Digital Twin (DT)
IWAT will undertake the integration and chaining of the hazard analysis and simulation tools providing the simulation to run impact/resilience assessment scenarios for the test cases. The IWW DT will build a data representation of assets, processes and systems in the IWW-built and natural environment.