Towards agile control of ship auxiliary systems

Schultz, Kevin

doi:10.1109/isrcs.2011.6016108

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Interpreting Resilience Using the Dire Curve1

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2021

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“…The magnitude and duration of a disturbance that can be withstood depends on the agility of the system [28,29]. Both the resistance and responsiveness of the system to disturbance, which could include transition of functions to maintain critical operation, consider both the time scale of response and the ultimate operational impact.…”

Section: Interpreting Resilience Using the Dire Curvementioning

confidence: 99%

Resilient Control Systems—Basis, Benchmarking and Benefit

et al. 2021

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Because the research area of resilient control systems was pioneered during the last decade, the basis and benchmarking of resilience have continued to mature to achieve what has long been understood as the ultimate benefit of resilience. However, the automation "ship" has long since sailed on society's dependence on digital control systems as the basis for all our industries and even the appliances in our homes. While these systems have been in general very reliable and provided for many human and operational efficiencies, the designs were not built on a framework that recognizes and adapts to potential debilitating failures from events such as cyber-attack. In this review, we cover a rapidly maturing framework based upon a disturbance and impact resilience evaluation process that considers both the methodologies for assessing resilience and also how key design principals must be applied within distributed control systems to achieve resilience.

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Section: Interpreting Resilience Using the Dire Curvementioning

confidence: 99%