Dynamic Graph Models Detect Anomalies in 5G Networks
Proposes dynamic graph formalism for 5G anomaly detection capturing packet-level content and contexts.
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Proposes dynamic graph formalism for 5G anomaly detection capturing packet-level content and contexts.
Burau features from tracked complex eigenvalues reach 97.1% accuracy on four synthetic classes, versus 44.5% without eigenvalue tracking.
Clean-trained graph detectors fell below graph-free counterparts in 58 of 90 settings on six graphs.
GraphDecide benchmarks Jev and other choice-based models on graph decision tasks.
A degree-corrected joint matrix factorization detects shared communities across multilayer networks.
HYDRA uses hierarchical Android app graphs and contrastive learning to adapt malware detectors to concept drift with far fewer labels.
PCC+GCN refines noisy graph labels before training, slightly beating a baseline GCN with lower runtime.
RECAL improves provenance-based APT detection with relation-balanced masked graph learning and calibrated errors, reaching 99.99% F1 on DARPA E3 datasets.
GIDS-Eval framework reveals evaluation gaps in graph-based network intrusion detection; two crafted edges fully evade three detector-dataset pairs.
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