AI Designs Lighter Aircraft Panels by Working Backwards from Performance Targets
Researchers have built a neural network and genetic algorithm framework that designs lightweight composite aircraft stiffened panels backwards from performance ...
Researchers have built a neural network and genetic algorithm framework that designs lightweight composite aircraft stiffened panels backwards from performance ...
Researchers have introduced a fourteen-member family of product-connectivity molecular descriptors that mitigate the dominance of highly connected substructures in classical ...
Researchers have developed a hyperboloid-based kernel method that maps biological sequence representations into hyperbolic space to overcome the distortion caused ...
A physics-informed deep learning model combining impedance spectroscopy, distribution of relaxation times and multi-scale convolutional networks achieves sub-1-percent error in ...
A new study in Discover Chemistry shows how artificial intelligence, machine learning, and computational chemistry can predict the toxicity of ...
Researchers have trained physics-informed neural networks to solve a memory-bearing fractional Fokker–Planck equation for stochastic volatility, achieving high accuracy against ...
Researchers at Manipur University have developed EF²RB, an ensemble feature selection framework that boosts IoT intrusion detection accuracy to between ...
A hybrid NARX–XGBoost machine learning framework predicts daily milk yields in heat-stressed dairy cows with substantially higher accuracy than existing ...
An integrated study combining NHANES epidemiology, machine learning, single-cell transcriptomics, molecular docking, and mouse experiments links background-level PFOS exposure to ...
A new special issue in Medical & Biological Engineering & Computing showcases how deep learning is transforming ultrasound image segmentation, ...
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© 2025 Scienmag - Science Magazine