Tiny neural networks sharpen vehicle tracking while keeping Kalman filters intact
Three tiny neural networks, each under 50,000 parameters, cut prediction error by more than half and reached up to 95 ...
Three tiny neural networks, each under 50,000 parameters, cut prediction error by more than half and reached up to 95 ...
A deep learning framework that fuses construction schedules with wall-deflection monitoring data cut long-term prediction errors for diaphragm walls at ...
A graph convolutional network with incremental learning improves network anomaly detection across three benchmark datasets by adapting to evolving attack ...
A new open-access framework combines graph neural networks, LSTM models, large language models and federated learning to detect money laundering ...
A hybrid VMD-CBiLSTM model optimized by the shuffled frog-leaping algorithm achieved an average R2 of 0.981 when predicting PM2.5 concentrations ...
A hybrid LSTM-ARO-VMD framework that jointly tunes signal decomposition and neural network hyperparameters cut forecasting errors across seven international stocks, ...
A new deep learning model combining wavelet decomposition, a CNN and LSTM layers achieved an RMSE of 0.09 in forecasting ...
A new two-layer hypergraph model simulates opinion change and workplace switching, with LSTM and XGBoost performing best at estimating its ...
A landmark head-to-head study finds that a YOLOv3 image detector outperforms point-cloud-native and modular machine learning methods for detecting moving ...
A new open access study proposes a four-layer framework combining machine learning forecasting, uncertainty-aware optimization, and automated fault redispatch for ...
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© 2026 Scienmag - Science Magazine