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About this paper
Xiao Liu, Sudan Han, Jinlin Peng
A methodology is developed for quantitative modeling of complex electromagnetic space Combat System-of-Systems (CSoS) and identifying critical nodes within these systems. The approach integrates node heterogeneity and operational relationships, demonstrating its effectiveness in identifying key assets in an aircraft carrier fleet confrontation.
Key insights
- Electromagnetic space CSoS can be effectively modeled as networks with heterogeneous nodes (detection, communication/decision, interference, target) and quantifiable operational relationships.
- Combat capability is calculated by aggregating multiple "combat cycles" (following the OODA loop), where each cycle's capability is the product of its constituent relationship capabilities.
- Key nodes are identified by measuring the degree of overall CSoS capability degradation upon their removal, providing results with practical significance over purely topological methods.
- The research establishes a comprehensive framework for modeling CSoS in the electromagnetic space, accounting for both node heterogeneity and relationship characteristics.
- It provides a method for calculating CSoS combat capability based on the combat cycle concept, which better reflects operational reality.
Summary by alphaXiv.
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