958 papers
This paper presents the "SecureFlow" framework, which evaluates and demonstrates the vulnerabilities of Internet of Medical Things (IoMT) devices to non-invasive optical attacks using lasers, aiming to establish critical security measures to safeguard patient safety.
This paper introduces ESSIM, a novel probabilistic swarm optimization algorithm that leverages Bayesian statistical inference and individual particle uncertainty to maintain swarm diversity and avoid local minima, thereby outperforming classical PSO on multimodal benchmarks and Gaussian Process Regression hyperparameter optimization tasks despite requiring longer computation times.
A retrospective analysis of over 10,000 individuals reveals that after lateral ankle sprains, males achieve significantly higher overall Ankle-GO scores than females, primarily driven by superior performance in hopping tasks and greater psychological readiness, whereas females demonstrate better static single-leg balance.
This paper presents a unique case report of a patient with high-risk acute promyelocytic leukemia who experienced two pregnancies during her disease course, combined with a literature review highlighting favorable maternal and live birth outcomes with ATRA-based regimens despite risks of prematurity and fetal anomalies.
This paper proposes an IoT-enabled framework integrating wireless sensors, edge computing, cloud infrastructure, and machine learning to enable continuous vibration monitoring and predictive maintenance for critical cement plant equipment, aiming to reduce downtime and transition from preventive to proactive reliability strategies.
This study statistically characterizes the nonlinear evolution of pore morphology in reconstituted Kaolinite under one-dimensional compression using a coupled SEM-MIP framework and PCA, establishing robust empirical regression models that link microstructural descriptors to macroscopic hydraulic and mechanical properties to support pore-informed constitutive modelling and machine learning applications.
This study characterizes TsATG4B from *Trichinella spiralis* as a functional C54 cysteine protease that facilitates larval intestinal invasion by degrading host structural and immune molecules and disrupting epithelial tight junction barriers, offering a potential target for novel trichinellosis interventions.
This study analyzes nine paired earthquake events from 2004 to 2021 to reveal that while societal learning often reduces vulnerability and management shortcomings in subsequent disasters, exposure patterns remain heterogeneous and societies continue to struggle with unprecedented event magnitudes.
This study demonstrates that TRAIL deficiency exacerbates experimental colitis in mice by impairing the differentiation of resident macrophages and promoting a pro-inflammatory phenotype, suggesting that TRAIL plays a critical role in maintaining intestinal immune homeostasis and represents a potential therapeutic target for inflammatory bowel disease.
This study demonstrates that incorporating 7.5% honey into PCL-PVA nanofiber solutions stabilized in formic acid/acetic acid solvents prevents time-dependent acidic hydrolysis, thereby maintaining spinnability for over 21 days while enhancing the resulting scaffolds' mechanical strength, hydrophilicity, and biocompatibility compared to honey-free controls.