A Tendon-Driven Wrist Abduction-Adduction Joint Improves Performance of a 5 DoF Upper Limb Exoskeleton - Implementation and Experimental Evaluation [0.03%]
一种肌腱驱动的腕部外展内收关节可改善五自由度上肢外骨骼性能：实现及实验评估
Juwairiya S Khan,Mostafa Mohammadi,Alexander L Ammitzboll et al.
Juwairiya S Khan et al.
Objective: Wrist function is essential in performing activities of daily living (ADLs). However, there is limited experimental evidence on the functional impact of wrist Abduction-Adduction (Ab-Ad) joint assistance in upp...
Dual-View Thyroid Ultrasound Classification via Dual Knowledge Distillation [0.03%]
基于双知识蒸馏的双视图甲状腺结节分类模型
Xiaoxiao Cui,Kai He,Yuan Li et al.
Xiaoxiao Cui et al.
Objective: Thyroid ultrasound diagnosis in clinical practice typically relies on both transverse and longitudinal views of the same lesion. However, most existing deep learning methods process these views independently or...
A Dataset and Benchmarks for Atrial Fibrillation Detection from Electrocardiograms of Intensive Care Unit Patients [0.03%]
重症监护病房心电图房颤检测数据集与基准测试
Sarah Nassar,Nooshin Maghsoodi,Sophia Mannina et al.
Sarah Nassar et al.
Objective: Atrial fibrillation (AF) is the most common cardiac arrhythmia experienced by intensive care unit (ICU) patients and can cause adverse health effects. In this study, we publish a labelled ICU dataset and bench ...
A Novel Hardware-Efficient Nonlinear Cochlear Model based on the Ergodically Enabled Sequential Logic Biomimetic Electronic Circuit [0.03%]
一种基于遍历使能的序列逻辑仿生电子电路的新颖高效的非线性耳蜗模型
Kentaro Takeda,Kenta Yamaguchi,Hiroyuki Torikai
Kentaro Takeda
In this paper, a novel electronic cochlear model is presented based on design philosophies of an ergodically enabled sequential logic (ESL) biomimetic circuit. It is shown that the presented cochlear model can reproduce key characteristics ...
Structural Stress as a Predictor of the Rate and Spatial Location of Aortic Growth in Uncomplicated Type B Aortic Dissection [0.03%]
主动脉壁结构应力与马方综合征患者未并发症B型主动脉夹层远期主动脉扩张速率及空间定位的关系研究
Yuhang Du,Yuxuan Wu,Hannah L Cebull et al.
Yuhang Du et al.
Objective: This study investigated the associations between biomechanical predictors derived from a reduced-order fluid-structure interaction (FSI) analysis and aortic growth in patients with uncomplicated type B aortic d...
Antipodal Video-Based Estimation of Absolute 3D Motion for In-Home Spatio-Temporal Gait Parameter Assessment [0.03%]
基于反极视频的绝对三维运动估计在家庭环境中进行步态时空参数评估
Juncheng Yu,Haoxuan Xie,Lusi A et al.
Juncheng Yu et al.
Spatio-temporal gait parameters are crucial indicators for analyzing gait, where vision-based methods are widely used recently owing to their low cost and ease of deployment. However, such methods still face challenges in accurately recover...
EESCAN: An EEG and Eye Movement Fusion Network Combining Intra-modal Self-attention and Inter-modal Bidirectional Interaction for Dual RSVP Classification Task [0.03%]
融合模内自注意力和模间双向交互的EEG与眼动联合网络:EESCAN_dual RSVP分类任务
Jiayi Chen,Yanfei Lin,Xiaorong Gao
Jiayi Chen
Objective: Rapid Serial Visual Presentation (RSVP) had been applied to human-computer interactions such as spelling, device control and so on. Traditional single RSVP paradigm detects targets in only one image stream, whi...
A Novel Lead Construct to Reduce MRI-Induced RF Heating: Construction, In Vitro Validation, and In Vivo Predictions [0.03%]
一种可降低MRI射频加热的新式导线结构的设计、体外验证及体内预测研究
Tayeb Zaidi,Francesca Marturano,Pia Sanpitak et al.
Tayeb Zaidi et al.
Objective: Magnetic resonance imaging (MRI) of patients with active implantable medical devices is restricted by radiofrequency (RF) heating of conductive leads. Our goal was to develop and validate resistively tapered cy...
EMBC Special Issue: Optimized Multi-Contrast Self-Supervised MRI Reconstruction using Learned k-space Partitioning [0.03%]
基于学习的k空间分割的优化多对比自我监督MRI重建技术
Brenden Kadota,Charles Millard,Mark Chiew
Brenden Kadota
Objective: Deep Learning has shown promise in accelerating MRI by reconstructing high-quality images from under-sampled data. While recent work has leveraged multi contrast information to improve reconstruction performanc...
A Novel Anchoring Capsule Robot Actuated by a Planar Electromagnetic Coil Array [0.03%]
一种由平面电磁线圈阵列驱动的新型锚定胶囊机器人
Xiaoyang Wu,Yuming Fu,Shuang Song et al.
Xiaoyang Wu et al.
In small intestine examinations, wireless capsule endoscopes rely on natural intestinal peristalsis for movement. However, this dependence on physiological processes often results in uncontrolled motion, potentially leading to inadequate as...