The topological engine monitor (TEM) uses persistent homology diagrams and Wasserstein/Bottleneck distances to define a robust quality index that detects control degradation in quantum heat engines and outperforms statistical baselines under localized noise.
(11), the continuous OU jitter constantly corrects itself toward the ideal nominal value due to strong mean-reversion
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Topological Engine Monitor: Persistent Homology-Based Fault Detection in Finite-Time Quantum Engines
The topological engine monitor (TEM) uses persistent homology diagrams and Wasserstein/Bottleneck distances to define a robust quality index that detects control degradation in quantum heat engines and outperforms statistical baselines under localized noise.