Digital Twin Turns Vein Compression Into a Physics-Based Clot Detector
Researchers have combined force-sensing ultrasound probes with a finite-element digital twin of the internal jugular vein to show that clot ...
Researchers have combined force-sensing ultrasound probes with a finite-element digital twin of the internal jugular vein to show that clot ...
A simulation study shows that capturing full broadband diffraction spectra, rather than single-wavelength asymmetry signals, can separate true chip overlay ...
Researchers have combined a digital twin simulation platform with federated multi-agent reinforcement learning to optimize resource allocation across satellite, UAV, ...
Researchers at the Technical University of Munich have applied the Functional Resonance Analysis Method quantitatively to surgical scheduling for the ...
Researchers in Beijing built a 27-sensor deep learning system that predicts and reconstructs three-dimensional temperature and humidity fields inside solar ...
A comprehensive review in BioMedical Engineering OnLine examines how superparamagnetic nanoparticles heated by alternating magnetic fields can destroy tumors, the ...
A systematic review and expert design session find that Cross Reality, which blends augmented and virtual reality into seamless industrial ...
Researchers have created a hybrid onboard model for turboshaft engines that combines component-level physics simulations with sparse flight data calibration, ...
Researchers have proposed a six-layer, event-driven digital twin framework that links live factory data, predictive simulation, and human-approved ESG-oriented decisions ...
A new review shows how machine learning combined with spectroscopy, hyperspectral imaging and electronic sensors is enabling rapid, nondestructive prediction ...
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© 2025 Scienmag - Science Magazine