QuIKS delivers near-zero latency key supply in QKD networks with more than 10 times smaller buffers than prior methods by combining an analytical minimum-buffer model with a lightweight two-phase adaptive algorithm.
Communication theory of secrecy systems,
3 Pith papers cite this work. Polarity classification is still indexing.
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Models physical layer deception as a Stackelberg game, derives closed-form strategy regimes and a robust equilibrium, and reports 12-55% higher eavesdropper semantic distortion than classical PLS baselines under Nakagami-m fading.
DSFL partitions participants into small dynamic shards and uses linear integrity tags for verifiable secure aggregation, achieving lower latency and high recovery in cross-institution fraud detection experiments.
citing papers explorer
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QuIKS: Near-Zero Latency Key Supply with Adaptive Buffering for Resource-Efficient Quantum Key Distribution Networks
QuIKS delivers near-zero latency key supply in QKD networks with more than 10 times smaller buffers than prior methods by combining an analytical minimum-buffer model with a lightweight two-phase adaptive algorithm.
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Physical Layer Deception as a Stackelberg Game: Strategy Regimes, Equilibrium, and Robust Design
Models physical layer deception as a Stackelberg game, derives closed-form strategy regimes and a robust equilibrium, and reports 12-55% higher eavesdropper semantic distortion than classical PLS baselines under Nakagami-m fading.
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Scalable and Verifiable Federated Learning for Cross-Institution Financial Fraud Detection
DSFL partitions participants into small dynamic shards and uses linear integrity tags for verifiable secure aggregation, achieving lower latency and high recovery in cross-institution fraud detection experiments.