Hybrid encryption protects federated updates in Medical-MNIST test
A Paillier-CKKS framework encrypted federated-learning updates and reached 94.67% average accuracy on Medical-MNIST during simulated reverse-engineering attacks.
A Paillier-CKKS framework encrypted federated-learning updates and reached 94.67% average accuracy on Medical-MNIST during simulated reverse-engineering attacks.
A compact hybrid Transformer-graph attention autoencoder reconstructs downhole geomechanical states from unlabelled drilling data, outperforming standalone models and surviving simulated ...
Researchers have built a three-layer AI framework for 5G mobile learning that cuts device energy use by up to 27 ...
Researchers in India built a transformer-based deep learning system to detect anomalies in solar-wind power plants, achieving strong reconstruction accuracy ...
Researchers at the University of Tübingen and Carl Zeiss Vision have built a real-time AI system that detects anomalous gaze ...
Researchers at Vellore Institute of Technology have developed TOAD-ML, a machine learning framework that validates decentralized finance oracle price feeds ...
Smart grids promise a cleaner, more responsive electricity system, but they also carry a hidden vulnerability: every smart meter is ...
Machine learning and SHAP explainability reveal conditional disclosure-stability patterns across seven Palestinian banks, offering supervisors an early-warning triage tool.
A new framework fuses an unsupervised machine learning ensemble with a lightweight blockchain to detect and confirm intrusions in wireless ...
A new autonomous AI framework called DriftGuard detects, diagnoses, and corrects calibration drift in ocean sensor networks up to three ...
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© 2025 Scienmag - Science Magazine