Tongji University

How Industry Types Shape Commuting and Non-Commuting Network Centrality: A Geographical Detector Analysis of Shanghai and Its Adjacent Areas

The polycentric spatial structure of metropolitan areas has become a frontier topic in urban studies. Yet existing research has largely remained descriptive regarding commuting networks, with limited investigation into how different industry types are associated with commuting an...

UAV-based dynamic crowd monitoring for rescue prioritization using subspace-driven localization

Abstract Rapid and reliable localization of survivors is critical in post-disaster search and rescue operations. However, conventional sensing methods such as visual imaging are often ineffective due to smoke, dust, or debris, and traditional RSSI-based localization suffers from...

From accuracy to applicability: A consensus-aligned narrative review on bedside ECG- and ultrasound-based PICC tip positioning

Peripherally inserted central catheter (PICC) tip positioning is a technically mature field characterized by heterogeneous evidence. International consensus guidelines consistently recommend bedside intracavitary electrocardiography (IC-ECG) and ultrasound-based strategies as fir...

How Instrumental and Expressive Ties Shape Team Resilience in Digitally Mediated Construction Projects: The Moderating Role of Communication Visibility

Abstract Construction projects often operate in dynamic environments where team resilience is vital for survival. Although social ties provide the structural potential for adaptation, the specific mechanisms that translate these connections into resilient performance, particularl...

Digital twin-driven cross-domain damage identification for experimental cable-stayed bridge models under sparse sensing

Reliable damage identification is paramount to structural integrity and operational safety of infrastructure. However, conventional structural health monitoring (SHM) methods often encounter implementation bottlenecks, primarily constrained by data labeling and the inherent discr...

Long-Term Interfacial Fouling of g-C3N4 in Complex Aquatic Environments: Evolution, Photocatalytic Deactivation, and Activity Recovery

Abstract Long-term fouling of photocatalysts in complex aquatic environments remains poorly understood, despite its importance for wastewater treatment. This study systematically investigated the temporal variation of photocatalytic activity of g-C3N4 after long-term exposure to...

From Space Renewal to Relationship Renewal: Facilitation of Co-Design

As community renewal increasingly emphasizes the roles of various participants in decision-making and operations, relationship renewal is gaining greater attention as an outcome of community renewal. Achieving relationship renewal requires consideration of long-term processes and...

Automatic Generation of Inorganic Solid‐State Electrolytes via Unified Multi‐Modal Network

ABSTRACT Accurate prediction of ion transport properties remains a key bottleneck in computational discovery of solid‐state electrolytes, particularly because experimentally measured ionic conductivities are sparse and strongly dependent on crystal structure. Here we introduce US...

Departmental Variability in Inpatient Medical Experience and Its Association With Satisfaction: An Exploratory Cross-Sectional Survey-Based Analysis

Objectives This study aims to explore the internal relationship between inpatient satisfaction (IS), the built environment, and medical experience (ME) throughout the medical treatment process. Background The inpatient environmental conditions and treatment procedures of differen...

Global disaster risk assessment from Emergency Events Database (2013–2023)

This study introduces an Accumulated-Event Risk Indicator (ARI) to identify global hotspots of recent major-event accumulation using 2013–2023 records from the Emergency Events Database (EM-DAT). For each 5° × 5° latitude–longitude grid cell, ARI sums the country-level World Risk...

Decision-focused learning for gate assignment to reduce potential conflicts under arrival time uncertainty

Flight delays frequently disrupt airport operations, making pre-planned gate assignments infeasible and requiring real-time adjustments. Traditional ‘Predict-then-Optimize’ methods train prediction models to minimize statistical errors (e.g. MSE), but they often ignore how differ...

Remaining useful life prediction for multivariate stochastic degradation systems under functionally dependent failure modes

Multivariate stochastic degradation systems are widely encountered in complex industrial equipment, where performance deterioration exhibits coupling characteristics among multiple indicators. However, functionally dependent failure may still occur even when no single indicator e...

Hierarchical Core‐Shell Phase‐Change Fibers for Active‐Passive Thermal Management, Multimodal Sensing, and Infrared Camouflage

ABSTRACT The continuous development of smart textiles calls for multifunctional fibers that can simultaneously achieve thermal energy storage, active heating, and real‐time sensing. Using an emulsion‐based wet‐spinning strategy, thermoplastic polyurethane/octadecane/poly(3, 4‐eth...

Adaptive operator selection via deep reinforcement learning for decomposition-based multi-objective multi-task optimization

Abstract Multi-objective multi-task optimization (MO-MTO), which aims to simultaneously solve multiple related multi-objective problems by leveraging knowledge transfer across tasks to enhance optimization performance on each task, has emerged as a new research focus in the field...

DBA-Net: Dual-Branch Asymmetric Attention Network for Multitask Perception in Autonomous Driving Under Challenging Environments

Multitask perception has emerged as a critical technology for autonomous driving systems. Despite significant progress, current systems remain vulnerable to environmental variations, particularly challenging lighting conditions (e.g., low-light scenarios, sudden illumination chan...

Transient Propagation of a Toughness-Dominated Plane-Strain Hydraulic Fracture in a Diffusive Porous Medium

Abstract We develop a transient framework for modeling toughness-dominated plane-strain hydraulic fracture propagation in permeable formations that incorporates fully two-dimensional (2D) pore pressure diffusion. The formulation employs an impulse response approach to evaluate th...

Clinical outcomes after cystectomy or unilateral salpingo-oophorectomy for seromucinous borderline ovarian tumors: a single-center retrospective cohort study

Seromucinous borderline ovarian tumor (SMBT) is an uncommon subtype of borderline ovarian tumor characterized by Müllerian-type differentiation and frequent coexistence with endometriosis. Because of its rarity, its clinicopathological characteristics and the oncologic and reprod...

Fungal Phosphatase-Dependent Induction of Host Cell Pyroptosis by Candidalysin

Abstract Fungal infections pose a major public health threat and can cause host cell damage through diverse forms of regulated cell death. However, our understanding of how fungal pathogens interact with host to elicit pyroptosis remains in its infancy. Here, we show that candida...

Eval4DiRec: A Unified and Systematic Evaluation Framework for Diffusion-based Recommender Systems

Leveraging the strong generative capabilities and stable training dynamics of diffusion models, diffusion-based recommender systems (RSs) have recently emerged as a novel recommendation paradigm, attracting increasing attention from both academia and industry. However, despite th...

ENOPH1 orchestrates KRASG12D/G13D-driven glycolytic reprogramming and colorectal cancer progression through modulating the TGF-β/SMAD pathway

Oncogenic KRAS mutations (G12D/G13D) drive metabolic reprogramming in colorectal cancer (CRC), yet targetable downstream effectors remain poorly defined. Here, we identify enolase-phosphatase 1 (ENOPH1) as an essential transducer directly upregulated by the KRAS–MEK–ERK axis. ENO...