Self-supervised Representation Learning for Dynamic Functional Connectivity with Subject-wise and Temporal Contrasts [0.03%]
基于主体对比和时间对比的动态功能连接自监督表示学习
Jianfei Zhu,Lijun An,Haiqi Zhu et al.
Jianfei Zhu et al.
Dynamic functional connectivity (dFC) captures temporal dynamics in functional magnetic resonance imaging (fMRI) to better characterize brain activity, supporting multiple downstream analyses. However, effective modeling strategies for extr...
Human-in-the-Loop Control Framework for Robot-Mediated Error Augmentation Training Based on Muscle Synergy Assessment [0.03%]
基于肌协同评估的机器人介入错误增强训练的人机环控框架
Xiao Li,Aiguo Song,Jianwei Lai et al.
Xiao Li et al.
Robot-mediated error augmentation (EA) offers a promising paradigm for enhancing motor adaptation by amplifying movement errors rather than compensating for them. However, integrating EA into human-in-the-loop (HITL) control systems remains...
Whole-Body Coordination and Spinopelvic Alignment during Yoga Standing Maneuvers: Comparing Practitioners with Non-Practitioners [0.03%]
瑜伽站立动作中的全身协调和腰骶部对齐：练习者与非练习者的比较
Jeonghan Yu,Isirame Omofuma,Darren Biskup et al.
Jeonghan Yu et al.
Understanding how humans coordinate multiple joints and body segments during complex whole-body tasks is essential for designing movement-based interventions. Yoga-inspired standing maneuvers, which combine upper-body alignment with lunging...
Just Noticeable Difference of Impedance Parameters While Walking in an Ankle Exoskeleton [0.03%]
穿戴踝部外骨骼行走时阻抗参数的最小变化量研究
Axl Maberry,Anne E Martin
Axl Maberry
Exoskeletons have been used to augment or enhance human performance in a variety of settings. For exoskeletons to be used most effectively, researchers need to know how changing the control parameters affects human perception. This has been...
State-dependent neuromodulation reveals link between online and offline corticospinal excitability [0.03%]
状态依赖性神经调制揭示了皮层脊髓兴奋性的在线和离线联系
Fatemeh Khademi,Alireza Gharabaghi
Fatemeh Khademi
The post-intervention effects of non-invasive neuromodulation techniques are critical for their translational potential in neurorehabilitation and depend on the dynamic state of neural networks at the time of stimulation. In the motor syste...
Deep Learning-Based Estimation of Ground Reaction Forces in Parkinsonian Gait Using an Optimized Set of IMU Data [0.03%]
基于深度学习的帕金森病步态地面反作用力估计方法及优化措施
Run Lin,Yingtian Tang,Jiawen Xu et al.
Run Lin et al.
Accurate gait analysis in Parkinson's disease (PD) typically relies on laboratory-based systems to capture biomechanical data, such as ground reaction forces (GRFs). Estimating GRFs using inertial measurement units (IMUs) provides a feasibl...
BiLSTM Segmentation of TUG Subtasks Across Healthy and Pathological Populations Using a Single IMU [0.03%]
基于单惯性测量单元的健康与病理人群TUG子任务BiLSTM分割方法研究
Loreto Rojas,Paulina Ortega-Bastidas,Pedro Pinacho-Davidson et al.
Loreto Rojas et al.
The Timed Up and Go (TUG) test is widely used for mobility assessment, but its clinical utility is limited by reliance on total completion time alone. Detailed analysis of constituent subtasks can provide richer insights into functional imp...
Early Visual Pathway Origins of SSVEP Intermodulation Components Induced by Luminance Flicker [0.03%]
亮度闪烁诱发的稳态视觉诱发电位频互调成分的早期视觉通路起源研究
Dalu Zheng,Weiren Lin,Songyun Xie et al.
Dalu Zheng et al.
Dual-frequency modulation strategies in SSVEP-BCIs not only elicit fundamental responses but also induce robust intermodulation components (IMCs) through nonlinear neural integration, significantly expanding the available coding space. Whil...
Computer Vision-Based Classification of Manual Wheelchair Propulsion Patterns [0.03%]
基于计算机视觉的手动轮椅推进模式分类
Salman Nourbakhsh,Philippe S Archambault,Juan Martinez Rocha et al.
Salman Nourbakhsh et al.
Manual wheelchair users (MWC) are at high risk of upper limb overuse injuries due to inefficient propulsion techniques. While clinical guidelines recommend the semicircular (SC) propulsion pattern to reduce joint stress, accessible automate...
Gait Adaptation to Asymmetric Foot-Ground Compliance Applied by Robotic Footwear [0.03%]
用于应对不对称足-地顺应性的外骨骼鞋的步态适应研究
Mark Price,Wouter Hoogkamer,Meghan E Huber
Mark Price
Perturbing foot-ground interaction dynamics has shown promise for eliciting adaptations to inter-limb weight-bearing symmetry, a critical target for rehabilitation of asymmetrical neuromotor deficits affecting gait. To date, this perturbati...