2594 papers
This paper investigates the impact of various playout buffer policies on cloud gaming Quality of Experience (QoE) through trace-driven simulations, revealing that adaptive strategies are most effective under high-jitter network conditions while conservative policies suffice for stable environments.
This paper presents an online temporal ordinal classifier that effectively performs real-time quality control on coastal buoy significant wave-height observations by integrating temporal context and residual features to accurately detect various sensor failures and support auditable operational workflows.
This paper demonstrates a monolithically vertically stacked carbon nanotube transistor that exhibits emergent negative transconductance through contrasting channel responses, enabling the creation of a high-gain ternary inverter for advanced logic applications.
This paper introduces AgenticDfAM, an agentic workflow that automates Design for Additive Manufacturing by coordinating reasoning agents with verifiable measurement tools to perform traceable, adaptive assessments and multicriteria redesigns that effectively resolve geometric violations and optimize construction parameters.
SimuScan-Agent is an LLM-orchestrated framework that integrates physics-informed synthetic data generation with adaptive acquisition strategies to enable autonomous, goal-directed atomic force microscopy, significantly reducing measurement time and area while enabling intelligent nanostructure characterization through natural language interaction.
This paper validates a turbulence correction for the actuator line method in the DLR-TAU code, demonstrating its ability to accurately predict propeller-induced boundary layer relaxation and delayed transition on a wing through successful comparison with wind tunnel experiments.
This study utilizes a Multi-Scale Cellular Automata (MSCA) model to simulate and analyze vehicle-pedestrian conflicts at four-way signalized intersections, demonstrating how hierarchical modeling of spatial and temporal scales can optimize signal timing strategies to simultaneously improve traffic flow efficiency and pedestrian safety.
This study presents a simulation-driven design and experimental validation framework for a large-diameter BTA trepanning tool optimized for SS304L stainless steel, demonstrating that a load-balanced, stiffened configuration significantly reduces peak stress and deformation while achieving high accuracy in force prediction compared to a baseline design.
This systematic review of 23 studies confirms the growing potential of virtual reality for proactive ergonomic assessment to prevent workplace musculoskeletal disorders, while highlighting significant methodological heterogeneity and a lack of robust validation that necessitates future standardized protocols.
This study investigates the mechanisms of recast layer formation in fast EDM drilling by combining dynamic observation experiments with thermal-fluid coupling simulations to reveal how discharge distribution, hydrodynamic forces, and debris migration govern the evolution and accumulation of molten material on hole walls.