NANUQ+ Uses Divide-and-Conquer to Estimate Species Networks
Researchers have introduced a computational method called NANUQ+ that employs a divide-and-conquer strategy to estimate phylogenetic species networks from genomic ...
Researchers have introduced a computational method called NANUQ+ that employs a divide-and-conquer strategy to estimate phylogenetic species networks from genomic ...
A study published in Diagnostic Pathology presents an integrated framework combining radiomic and deep learning-derived features to improve the accuracy ...
Artificial intelligence models evaluated across four cohorts accurately predicted clinician prescribing decisions for stimulants, anti-depressants, and anti-psychotics in children with ...
A simulation study of European mobility reveals that leading migration theories fail to replicate real-world spatial reciprocity despite high statistical ...
An integrated geospatial and multi-criteria decision analysis established that moderate flood risks encompass 74.26 percent of Bangladesh's Sylhet district, with ...
A new study using a Plithogenic Neutrosophic AHP framework identifies infrastructure and economic factors as the primary barriers to sustainable ...
Researchers developed and deployed a fine-grained natural language processing framework that accurately extracts context-aware medication details from unstructured Hungarian clinical ...
Computer scientists propose a Digital Reality framework that uses parametric real-world models and sensor simulation to generate balanced synthetic training ...
Researchers have developed a two-stage optimization framework combining clustering and a hybrid heuristic to coordinate truck-drone emergency supply distribution under ...
Researchers have developed a hierarchical taxonomy and decision tree framework to help artificial intelligence developers systematically select appropriate interpretability techniques ...
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© 2025 Scienmag - Science Magazine