• Aucun résultat trouvé

Critical infrastructure protection by advanced modelling, simulation and optimization for cascading failure mitigation and resilience

N/A
N/A
Protected

Academic year: 2021

Partager "Critical infrastructure protection by advanced modelling, simulation and optimization for cascading failure mitigation and resilience"

Copied!
177
0
0

Texte intégral

Références

Documents relatifs

The aim of this paper is to introduce Mimosa: a generic platform for modelling and simulation and to show its applicability to the specication of multi-agent simulations based on

The objective of this work is to provide a numerical model for the hydrodynamics of a lagoon located on the chilean coastline, characterized by an intermittent connection to the sea

[30] proposed several vulnerability-based importance measures for transportation networks; Hines and Blumsack [31] introduced an “electrical centrality” measure for electrical

Once the service provided and the service 150 delivery process ended, two situations can occur: either the capacity provides to its 151 initial value

In order to study the effect of pantograph bounce on railway traction chain a global model including the power supply, catenary, transformer and effects of pantograph bounce

The optimization framework is applied on a time horizon of 1680 hrs. This is sufficiently large to determine the converged indicators in presence of the variability due to

In this section, co-simulation between a VDM and 20-sim model is illustrated by means of a simple example based on the level controller of a water tank (Figure 2).. The tank

The present paper aims to present an integrated tool able to: (i) deploy the optimization model to autonomously evaluate the optimal layout pro- posal that fits with a set of