1616 papers
This study develops a Cell Transmission Model-based simulation that integrates fire potential, panic levels, and signage guidance to analyze their impacts on pedestrian evacuation efficiency and provide theoretical support for optimizing emergency strategies.
This paper proposes an uncertainty-aware transactive energy management framework for renewable-dominated interconnected microgrids that integrates flexible cryptocurrency mining loads to optimize resource scheduling, maximize market profitability under price and generation uncertainties via a hybrid stochastic-IGDT approach, and enhance system adaptability and profit.
This paper presents a photonic spectrum sensing scheme based on a stepped frequency comb that synergistically combines parallel channelization and serial sweeping to achieve real-time, high-resolution sub-THz bandwidth sensing (0.3–150 GHz) using low-bandwidth receivers and low-sampling-rate digitizers.
This study demonstrates that implementing a gender-aware, four-size respiratory protective equipment system based on European facial anthropometric data significantly reduces misfit rates by 78.2% compared to current unisex designs, thereby enhancing occupational safety and healthcare efficacy.
This study demonstrates through combined experimental and numerical analysis that removing lateral confinement in a modified oedometer test significantly reduces measured swelling parameters compared to traditional methods, thereby offering a more realistic framework for predicting expansive soil behavior and improving foundation design.
This paper presents a reconfigurable silicon photonic computing system that leverages time-multiplexing alongside wavelength, mode, and spatial degrees of freedom to achieve high-density, energy-efficient tensor processing and complex neural network tasks without requiring a proportional increase in physical device count.
This study investigates the impact of laser powder bed fusion scan orientations (0°, 45°, and 90°) on the thermal and hydrodynamic performance of Inconel-625 cooling channels by combining experimental measurements with CFD simulations, revealing that the 90° build orientation yields superior heat transfer and pressure drop characteristics compared to other orientations and a smooth baseline.
This study demonstrates that routinely collected Hanwoo carcass records can achieve moderate accuracy in classifying intramuscular fat grades using machine learning, establishing a practical baseline and a robust evaluation protocol for future multimodal models despite performance limitations on minority high-grade classes.
This paper proposes an adaptive constrained first-arrival tomography method that integrates uphole velocity priors with a novel horizontally–vertically decoupled Gaussian regularization to overcome sparse ray coverage and ill-posed artifacts, thereby significantly improving near-surface velocity modeling accuracy and static corrections for complex environments like China's Loess Plateau.
This paper presents and validates a novel navigation function-based formation control method for autonomous surface vehicle fleets that enables them to maintain relative positioning while drifting with currents, successfully demonstrating robust performance in field experiments involving GPS uncertainty, communication dropouts, and dynamic aquatic environments.