A new MDRI framework decomposes power system resilience into five dimensions with a calibrated multiplicative term, showing multi-vector attacks cause 5.6 times more degradation than linear sums plus 60.6% from coupling.
Scaling graph neural networks for large-scale power systems analysis: Empirical laws for emergent abilities
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Resilience Revisited: A Multidimensional Framework Derived from Realistic Attack Scenarios
A new MDRI framework decomposes power system resilience into five dimensions with a calibrated multiplicative term, showing multi-vector attacks cause 5.6 times more degradation than linear sums plus 60.6% from coupling.