Smartwatch Data Guard: AutoML Spots Dangerous Vitals Anomalies With 98.9% Accuracy
Researchers at India's National Institutes of Technology used the TPOT AutoML framework to detect anomalies in smartwatch-generated vital signs over ...
Researchers at India's National Institutes of Technology used the TPOT AutoML framework to detect anomalies in smartwatch-generated vital signs over ...
A multi-modal study integrating global burden data, Mendelian randomization, and machine learning finds genetic and clinical evidence that regional fat ...
Researchers in Qingdao developed an interpretable XGBoost model that distinguishes gastric cancer from intestinal metaplasia in patients with psychological symptoms ...
A study of 144 sites in Zhijin County, southwestern China, combines kriging, Geodetector, and explainable machine learning to map soil ...
Chinese researchers have built an autonomous greenhouse robot that navigates seedling aisles with LiDAR, verifies leaf coverage in real time, ...
A new EEG study finds that children with autism show reduced frontal beta activity, heightened temporo-occipital delta activity, and lower ...
A new study shows that a genetically optimized XGBoost model most accurately predicted ionospheric total electron content variations during Japan's ...
A year-long field study on the Qinghai-Tibet Plateau shows that yak dung stove burning drives winter and morning-evening peaks of ...
A sweeping new survey of 57 studies finds that machine learning and deep learning models report accuracy as high as ...
Researchers have developed a focused positive-unlabeled learning method that uses focal loss to achieve state-of-the-art performance on severely imbalanced datasets ...
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© 2025 Scienmag - Science Magazine