Abstract In this tutorial, we quantify resilience for an infrastructure system to a set of disruptive events in terms of degradation of system function. We show how to build and solve a sequence of models to assess and improve the resilience of an infrastructure system to those disruptions. Through simple examples and real-world case studies, we provide motivation, details of the models, and solution algorithms. Keywords infrastructure defense; resilience; bi-level optimization; tri-level optimization; Stakelberg game; optimization; operational model; attacker model; defender model 1
International audienceThe paper investigates how resilience can be understood as an operational para...
International audienceThe paper investigates how resilience can be understood as an operational para...
Natural and manmade disasters are low-probability, high-impact adverse events that incur extravagant...
Abstract In this tutorial, we quantify resilience for an infrastructure system to a set of disruptiv...
The article of record as published may be found at http://dx.doi.org/10.1287/educ.2014.0131In this t...
We propose a definition of infrastructure resilience that is tied to the operation (or func-tion) of...
International audienceThis chapter addresses the challenges associated with assessing and improving ...
International audienceThis chapter addresses the challenges associated with assessing and improving ...
International audienceThis chapter addresses the challenges associated with assessing and improving ...
International audienceThis chapter addresses the challenges associated with assessing and improving ...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
International audienceThe paper investigates how resilience can be understood as an operational para...
International audienceThe paper investigates how resilience can be understood as an operational para...
Natural and manmade disasters are low-probability, high-impact adverse events that incur extravagant...
Abstract In this tutorial, we quantify resilience for an infrastructure system to a set of disruptiv...
The article of record as published may be found at http://dx.doi.org/10.1287/educ.2014.0131In this t...
We propose a definition of infrastructure resilience that is tied to the operation (or func-tion) of...
International audienceThis chapter addresses the challenges associated with assessing and improving ...
International audienceThis chapter addresses the challenges associated with assessing and improving ...
International audienceThis chapter addresses the challenges associated with assessing and improving ...
International audienceThis chapter addresses the challenges associated with assessing and improving ...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
The paper investigates how resilience can be understood as an operational paradigm for system manage...
International audienceThe paper investigates how resilience can be understood as an operational para...
International audienceThe paper investigates how resilience can be understood as an operational para...
Natural and manmade disasters are low-probability, high-impact adverse events that incur extravagant...