COMPARATIVE RESULTS FROM APPLYING A MULTILAYERED NETWORK FRAMEWORK TO ENGINEER NUCLEAR SECURITY SYSTEMS
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Jump to search filtersCOMPARATIVE RESULTS FROM APPLYING A MULTILAYERED NETWORK FRAMEWORK TO ENGINEER NUCLEAR SECURITY SYSTEMS
Abstract not provided.
Multilayer Network Models for Coordinating Orchestration of Systems Security Engineering
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Resilience-Based Performance Measures for Next-Generation Systems Security Engineering
Abstract not provided.
Early Results from Applying a Multilayered Network Framework to Engineering Nuclear Security Systems
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Early Results from Applying a Multilayered Network Framework to Engineer Nuclear Security Systems
Abstract not provided.
Insights for Systems Security Engineering from Multilayer Network Models
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Insights for Systems Security Engineering from Multilayer Network Models
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A Complex Systems Approach to Develop a Multilayer Network Model for High Consequence Facility Security
Springer Proceedings in Complexity
Protecting high consequence facilities (HCF) from malicious attacks is challenged by today’s increasingly complex, multi-faceted, and interdependent operational environments and threat domains. Building on current approaches, insights from complex systems and network science can better incorporate multidomain interactions observed in HCF security operations. These observations and qualitative HCF security expert data support invoking a multilayer modeling approach for HCF security to shift from a “reactive” to a “proactive” paradigm that better explores HCF security dynamics and resilience not captured in traditional approaches. After exploring these multi-domain interactions, this paper introduces how systems theory and network science insights can be leveraged to describe HCF security as complex, interdependent multilayer directed networks. A hypothetical example then demonstrates the utility of such an approach, followed by a discussion on key insights and implications of incorporating multilayer network analytical performance measures into HCF security.
Resilience-based performance measures for next-generation systems security engineering
Proceedings - International Carnahan Conference on Security Technology
Performance measures commonly used in systems security engineering tend to be static, linear, and have limited utility in addressing challenges to security performance from increasingly complex risk environments, adversary innovation, and disruptive technologies. Leveraging key concepts from resilience science offers an opportunity to advance next-generation systems security engineering to better describe the complexities, dynamism, and non-linearity observed in security performance—particularly in response to these challenges. This article introduces a multilayer network model and modified Continuous Time Markov Chain model that explicitly captures interdependencies in systems security engineering. The results and insights from a multilayer network model of security for a hypothetical nuclear power plant introduce how network-based metrics can incorporate resilience concepts into performance metrics for next generation systems security engineering.
A Complex Systems Approach to Develop a Multilayer Network Model for High Consequence Facility Security (Slides)
Abstract not provided.
Empirical Insights for a Multi-Layered Network Complex Systems Model for Engineering Nuclear Security Systems
Abstract not provided.
Empirical Insights for a Multi-Layered Network Complex Systems Model for Engineering Nuclear Security Systems-Slides
Abstract not provided.
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