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Systems scientists understand that, in any given system, there is a need to balance system efficiency (resulting in high throughput) with system resilience (resulting in an ability to withstand shocks).
Henry and Ramirez-Marquez (2012) described the metrics of network and system resilience and proposed generic metrics and formulas for quantifying system resilience.
A portion of system resilience has to be built considering training of personnel dedicated to surveillance.
We verify its feasibility by estimating influences on water resource system resilience of Hongxinglong Administration.
Concepts of system resilience may provide an interesting lens to examine current challenges in wildfire management.
Current industrial control system resilience strategies use redundant programmable logic controllers.
This assessment captures the stochastic behavior of degradation and restoration and their impact on system resilience.
In this paper, a quantitative method for the assessment of the system resilience is proposed.
This paper proposes generic metrics and formulae for quantifying system resilience.
Finally, system resilience is proposed as a proxy to quantify the coupling strength between interdependent infrastructures.
The primary challenge to the literature of system resilience is how to measure it qualitatively.
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