Quantum-Inspired Deep Learning Detects Cloud Intrusions with High Accuracy
A new integrated framework combining quantum-inspired optimization and deep learning achieves high accuracy in detecting diverse cyberattacks across major cloud ...
A new integrated framework combining quantum-inspired optimization and deep learning achieves high accuracy in detecting diverse cyberattacks across major cloud ...
An improved YOLOv8-based detector reaches 79.8% mAP50 on a synthetic forest wildfire benchmark with 2.52 million parameters while running at ...
A systematic review of 44 YOLO-based railway track defect detection studies finds that none demonstrates fully operational deployment, with all ...
A new AI framework combining attention-enhanced YOLOv8 and Bald Eagle Optimization achieved 98.94% accuracy in detecting transmission and distribution faults ...
PVFire-YOLO, a real-time detection framework with attention-enhanced multiscale fusion, reaches 87.4% mean average precision on a new photovoltaic fire dataset ...
University of Maryland researchers used EEG to identify statistically significant brain wave changes linked to cybersickness from the vergence-accommodation conflict ...
A new adaptive Kalman filtering method frames sleep spindle detection as state-space inference, producing interpretable, low-latency sigma-event catalogues from full-night ...
Researchers at Fujian Agriculture and Forestry University have developed GDE-YOLO, a lightweight deep learning model that detects tea leaf diseases ...
A lightweight hybrid framework combining randomized convolutional feature extraction with extreme learning machines classifies vehicles in fog, rain, and drone ...
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© 2026 Scienmag - Science Magazine