Explainable AI Points to Reused Code as a Hidden Signal of Software Faults
Researchers have built a reuse-aware, package-level fault prediction model for Java applications that pairs architectural metrics with SHAP and LIME ...
Researchers have built a reuse-aware, package-level fault prediction model for Java applications that pairs architectural metrics with SHAP and LIME ...
A scientometric analysis of 1,758 studies maps how artificial intelligence is being integrated with building information modeling across real estate ...
Researchers at the University of Calabria have developed RLAX, a reinforcement learning framework that identifies compact, interpretable feature subspaces explaining ...
By merging bulk and single-cell RNA sequencing with machine learning and lab experiments, researchers have identified smooth muscle cells as ...
A new convolutional architecture called MRTFNet combines multi-resolution temporal embeddings with frequency-domain modeling to outperform Transformer-based models on most long-term ...
Researchers in Switzerland have developed an uncertainty-weighted neural network that incorporates standardized measurement uncertainty into both training and evaluation, improving ...
A multi-omics study identifies the mitochondrial pyruvate carrier gene MPC2 as a causal link between hypoxia, mitochondrial energy failure, and ...
Chinese researchers have built an interpretable FTIR spectroscopy and machine learning framework that reliably distinguishes raw, nine-steamed-and-nine-sun-dried, honey-processed, and wine-processed ...
Researchers at Sichuan University have developed a collaborative framework that combines multi-window concept drift detection with an evolving fuzzy system ...
Researchers in Turkey have built a leakage-aware, explainable AI framework that predicts quality risk in textile manufacturing, converts model explanations ...
A South Korean pilot study shows that a multimodal AI framework combining video features and wearable motion sensor data, trained ...
A new recommendation framework called BLMRec models the temporal validity of browsing, favoriting, and add-to-cart behaviors to improve purchase ranking ...
A new hybrid framework combining a Variational Autoencoder with Proximal Policy Optimization reinforcement learning generates melodies with measurably improved tonal ...
An integrative study links the tire-derived pollutants 6PPD and 6PPD-quinone to molecular signatures and increased susceptibility of atrial fibrillation through ...
A machine learning analysis of over ten million English adults shows the top one percent of patients by cost account ...
Researchers in Zhengzhou have built a graph neural network that encodes the measured noise of superconducting quantum processors to correct ...
A multimodal deep learning model that combines panoramic dental X-rays with structured patient metadata significantly outperforms image-only or metadata-only approaches ...
A decade-long analysis of nearly 5,000 Australian borrowers finds that local financial crime rates, income and housing costs predict personal ...
Researchers built an occlusion-aware machine learning framework that predicts annual building-integrated photovoltaic facade yield across 62 cities and four climate ...
A new deep learning architecture called Hessian Interatomic Potentials predicts the full molecular Hessian directly, delivering one to two orders ...
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