Latent Koopman Dynamics of Brain Structure-Function Coupling for Identifying Adolescent Prenatal Drug Exposure [0.03%]
用于识别孕期药物暴露的青少年脑结构功能耦合的潜在Koopman动力学模型
Badhan Mazumder,Lei Wu,Sir-Lord Wiafe et al.
Badhan Mazumder et al.
Objective: Prenatal drug exposure (PDE) has been linked to persistent alterations in adolescent brain development, yet the mechanisms by which structural and functional networks jointly contribute to later neurodevelopmen...
The use of a simple and wireless Lenz lens for in ovo MR imaging at ultra-high field [0.03%]
无线Lenz透镜在超高场卵内磁共振成像中的应用
Chang-Hoon Choi,Sandra Krause,Suk-Min Hong et al.
Chang-Hoon Choi et al.
A Lenz lens is a detachable, passive structure used to enhance the RF-field (B1-field), significantly improving local sensitivity by concentrating the passively induced B1-field from a confined region, and thereby increasing signal-to-noise...
Adaptive Multi-Prototype Open-Set Recognition Network for Medical Image Classification [0.03%]
自适应多原型开集识别网络的医学图像分类
Xingyu Cai,Haiyan Yang,Jiayi Chen et al.
Xingyu Cai et al.
Existing prototype learning methods for open-set recognition (OSR) often use a fixed number of prototypes to represent each class, which struggle to model the inherent intra class variations widely existing in practical scenarios. This limi...
3D Gait Network Analysis of Ground Reaction Forces: A Case Study of Lower Limb Disorders and Walking Speeds [0.03%]
三维地面反作用力步态网络分析：下肢疾病和步行速度的案例研究
Xiang Chen,Jingyu Zhang,Liuchang Feng et al.
Xiang Chen et al.
Objective: Previous research has indicated that human gait can be quantified using three-dimensional signals, each of which corresponds to distinct locomotor modules. However, no study has thoroughly investigated their in...
ReCIL: Rehearsal-Based Class Incremental Learning for Cross-Subject Motor Imagery Classification [0.03%]
基于复习的类增量学习在跨受试者运动想象分类中的应用
Xinyao Yang,Jiayu An,Dingkun Liu et al.
Xinyao Yang et al.
Objective: Electroencephalography (EEG) based motor imagery (MI) is a classic brain-computer interface (BCI) paradigm, which can be used in neuro-rehabilitation and device control. Existing MI classification approaches on...
Adaptive Hiking-Time Prediction Through State-Dependent Energy Regulation [0.03%]
基于状态依赖能量调节的自适应徒步时间预测方法
Kristian Dalland,Souma Chowdhury,Karthik Dantu et al.
Kristian Dalland et al.
Accurate prediction of hiking time is important for assessing human performance, physical activity planning, and time-sensitive field operations. Most existing approaches are environment-driven and do not account for how human capacity evol...
EMBC Special Issue: SAM-HovNet: SAM-Enhanced Multi-Class Nucleus Segmentation and Classification in Hepatocellular Carcinoma Slides [0.03%]
EMBC专题论文：SAM-HovNet：SAM增强型肝细胞癌载玻片多类核分割与分类
Hongbo Liu,Hongming Xu,Ilkka Polonen et al.
Hongbo Liu et al.
Hepatocellular carcinoma (HCC) is the most common primary liver cancer and a leading cause of cancer-related mortality. Manual nuclear analysis in HCC histopathology is labor-intensive and prone to interobserver variability, underscoring th...
Prediction of Tissue Ablation Zones in Asymmetric High-Frequency Irreversible Electroporation Incorporating Dynamic Conductivity and Dielectric Dispersion [0.03%]
基于生物组织电导率动态变化及介电频散的高频不可逆电穿孔非热损效应预测研究
Bokai Chen,Yueyue Xiao,Liang Wang et al.
Bokai Chen et al.
Objective: Asymmetric pulse waveforms represent an optimized treatment protocol for high-frequency irreversible electroporation (H-FIRE), offering a lower ablation threshold compared to symmetric waveforms. However, the i...
High-Sensitivity Ferrite Magnetometer for Low-Dose Magnetic Sentinel Lymph Node Detection [0.03%]
高灵敏度铁氧体磁力计在低剂量磁性前哨淋巴结检测中的应用研究
Qibin Wang,Xinyue Chen,Lei Li et al.
Qibin Wang et al.
Objective: Magnetic tracer-guided sentinel lymph node (SLN) biopsy offers a radiation-free alternative for nodal staging in breast cancer and other solid tumors. However, current handheld magnetometers often require high ...
Hybrid Modeling of Capacitive Human Body Communication Systems to Capture Channel Variability [0.03%]
用于捕捉信道变化的容式人体通信系统的混合模型方法研究
Cheng Tang,Dang Le,Yasuo Morimoto et al.
Cheng Tang et al.
Objective: The purpose of this contribution is to estimate the path-loss of capacitive human body communication (cHBC) systems under varying channel conditions. ...