Optimization Framework Reduces Sleep Unit Simulation Queue Error to 1.11 Percent
An automated simulation-based optimization framework reduced patient queue calibration error to 1.11 percent in a digital twin of a hospital ...
An automated simulation-based optimization framework reduced patient queue calibration error to 1.11 percent in a digital twin of a hospital ...
A discrete-event simulation reveals that cross-departmental hospital resource pooling mitigates surgical delays and preserves care continuity across emergency and elective ...
A simulated clinical-priority scheduling system cut 95th-percentile bedside arrival times for urgent robotic orders by 38 percent while verified runtime ...
A discrete event simulation model based on clinical trial data indicates that combining Traditional Chinese Medicine with Western medicine is ...
A simulation study of roundwood transport in Värmland, Sweden, shows that heavier trucks reduce costs and emissions only when the ...
A discrete-event simulation of a prospective DHL and Metro de Madrid parcel chain reports demand satisfaction of 85.9 to 99.6 ...
A new fuzzy multi-agent framework continuously assesses hospital resource health and detected simulated degradation about 69 hours earlier than a ...
A TUM–SJTU perspective paper proposes a Bounded Adaptation framework for transferring validated warehouse and hospital logistics control methods to low-altitude ...
Engineering students at Tecnológico de Monterrey built complete five-layer digital twins of a real chocolate production process, revealing both the ...
A validated N×On-Off/D/1 queueing simulator shows that packet delay distributions in bursty wireless networks approach a lognormal form at high ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine