AI Toxicity Predictions Overstated: New Benchmark Exposes Hidden Data Leakage
A new leakage-audited benchmark shows that random data splitting inflates toxicity model performance by up to 0.079 AUROC points while ...
A new leakage-audited benchmark shows that random data splitting inflates toxicity model performance by up to 0.079 AUROC points while ...
George Mason University's Edward Oughton will lead a $499,837 NSF-funded collaboration to build an AI-enabled, uncertainty-aware framework linking space weather ...
A new evidence map of 126 studies shows artificial intelligence can accelerate PFAS toxicology and risk assessment, but only when ...
A new study of ensemble deep learning on medical image benchmarks shows that the most accurate models are rarely the ...
Researchers have extended a high-fidelity voltage stability index into a probabilistic framework that quantifies collapse probability, confidence bounds and risk-based ...
Rice University and Cornell statisticians have developed a Bayesian method called BMRR that combines conflicting sports rankings, quantifies uncertainty, and ...
A global systematic review of 73 studies finds that artificial intelligence is highly effective at short-term coastal hazard forecasting but ...
University of Washington researchers have built a decision support system that combines PET imaging, immune repertoire sequencing, and blood cytokines ...
Researchers in India report that a fuzzy logic-driven dynamic clustering algorithm outperformed standard machine learning methods on brain tumor data, ...
Researchers in Shanghai have developed TECL, a machine learning framework that treats conflicting opinions across multiple data views as valuable ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine