Aug 2026· Latvian Journal of Physics and Technical Sciences· Vol 63, pp. 115 - 127· 0 citations· 19 references
Abstract
Abstract The paper provides an overview of the challenges encountered in resilience mathematical modelling within the context of critical infrastructure (CI) protection, supply continuity, and resilience management decision-making. The paper is intended to contribute to the development of the resilience concept, its fundamental building blocks, and its relevant metrics, specifically suitable for risk engineering and sciences. It underlines the varieties of the concepts of resilience used in some scientific disciplines, such as materials science, ecological sciences, and psychological sciences. The use of the resilience concept is still very varied, especially in supporting the services supply continuity in disaster management contexts. An advanced resilience concept should encompass temporality, stochasticity and measurability. Its constituent should cover normalised specifications of disruptive events, critical infrastructure, hazards, vulnerability, robustness, dependencies, interdependencies, and recovery mechanisms. Formal models cannot be conceived without such normalised specifications, since formal models are necessary to design smart tools to support rational and effective decision-making in disaster management and critical infrastructure protection.
Background. The study considers hot-button issues of analysis and modeling of the critical infrastructure resilience cycle in order to engineering automated tools for management information support of the resilient functioning of these complex multicomponent systems under triggering events of various nature and scale....
A. Masloboev· Reliability and Quality of C...· 0 citations
This paper examines the application of strategical and tactical management as foundations for creating a decision support tool designed to prevent and manage major accident risks. The discussion is based on results and experiences from the work of designing a decision support platform within the mining industry. The d...
R. Bye, Trine Marie Stene· European Conference on Knowl...· 0 citations
In light of the intricate dynamics and uncertain risk parameters inherent in the emergency materials supply chains, enhancing the resilience of these supply chains can substantially mitigate disruption risks and facilitate the rapid recovery of affected cities. This study identifies key metrics emblematic of supply c...
This study examines whether a System Dynamics modelling approach can provide a robust, quantifiable representation of resilience behaviour in the South African National Payment System under continuous cyber disruption and develops and evaluates a multidimensional resilience assessment artefact.
D. Manzini, R. Oosthuizen· International Scientific Con...· 0 citations
Background: Supply chain resilience (SCR) is critical for maintaining business continuity and competitive advantage in a global environment increasingly prone to disruptions like natural hazards and geopolitical tensions. However, a significant problem exists in the lack of standardised, data-driven metrics to compare...
Ali Skaf, Gael Pallares· Journal of Transport and Sup...· 0 citations
Background. The study is aimed at developing approaches and methods for information support of multi-criteria decision-making in management problem-solving of natural-industrial system entities in the Arctic region of Russia in order to ensure their environmental safety and resilient operation under the influence of ne...
A. Masloboev· Reliability and Quality of C...· 0 citations
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