GeoCluster Preprocessing Framework Achieves 88.87-Meter Accuracy in Sigfox Device Localization
A hybrid preprocessing framework called GeoCluster reduces feature space by over 80 percent and achieves an 88.87-meter mean geodesic error ...
A hybrid preprocessing framework called GeoCluster reduces feature space by over 80 percent and achieves an 88.87-meter mean geodesic error ...
Researchers paired supervised machine learning with rule-based reasoning to predict exercise energy expenditure and classify physical activity intensity from non-wearable ...
A study evaluating XAI on live honeypot telemetry found that tree-based models provide more faithful explanations for intrusion detection than ...
Supervised machine learning algorithms successfully predicted synergistic combinations between antimicrobial peptides and conventional antimicrobial agents using fractional inhibitory concentration data.
Combining near-infrared spectroscopy, elemental profiles, and stable isotope ratios with random forest achieved 87.5 percent accuracy in identifying the geographical ...
A random forest model trained on acoustic emission signals from granite hydraulic fracturing experiments forecast specimen failure up to 1800 ...
A hybrid physics-guided gradient boosting model trained on 154 Chinese engineering cases predicts tunnel heave from nearby foundation pit excavation ...
A new study in Financial Innovation compares generative and synthetic oversampling for rare-default prediction and introduces a tunable hybrid method ...
An adversarial deep learning framework reduced patient-identity predictability in glioma Raman spectra from 68 percent to 12 percent while preserving ...
A new study shows a CatBoost machine learning model with only seven simple inputs predicts fluorinated gas solubility in ionic ...
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© 2026 Scienmag - Science Magazine