A Dynamic Time Warping-Aware Series-Temporal Transformer for Automated Thresholding of Auditory Brainstem Responses [0.03%]
一种用于听觉脑干反应自动阈值的动态时间规整感知序列时空变换器
Yin Liu,Huanghong Sun,Weiwen Zhang et al.
Yin Liu et al.
Auditory brainstem response (ABR) is widely used in clinical practice to assess hearing, with thresholds typically determined by clinicians via visual inspection-a process prone to human bias. Various statistical methods have therefore been...
NEuRT: A Transformer-Based Model for Explainable Neuronal Activity Analysis [0.03%]
基于变压器的解释性神经活动分析模型NEuRT
Georgii Raev,Daniil Baev,Evgenii Gerasimov et al.
Georgii Raev et al.
The study of neuronal activity is essential for understanding brain function and its alterations in neurode-generative diseases. Advances in in vivo imaging have enabled real-time observation of neuronal dynamics, but classical statistical ...
3D markerless tracking of speech movements with submillimeter accuracy [0.03%]
高精度亚毫米级无标记点三维说话口唇运动跟踪技术
Austin Lovell,James Liu,Arielle Borovsky et al.
Austin Lovell et al.
Speech movements, generated through precise spatial and temporal control of articulators, are inherently complex. Measuring these movements is challenging and often requires the use of multiple physical sensors positioned around the mouth a...
A 3-DoF wrist control based on natural arm movements outperforms current myoelectric prosthesis in VR [0.03%]
基于自然手臂运动的三自由度腕部控制在虚拟现实中的表现优于当前的肌电假手
Lucas Bardisbanian,Vincent Leconte,Emilie Doat et al.
Lucas Bardisbanian et al.
While mechatronics is progressing to over-come poor wrist capabilities of most current prosthetic devices, an efficient control system for a full 3 degrees-of-freedom (DoF) wrist is still lacking.We showed recently that novel controls based...
Effects of Wearable Continuous Normal-Force Tactile Feedback Applied to the Fingertip on Standing Balance in Healthy Young Adults [0.03%]
指尖穿戴式连续正向力触觉反馈对健康年轻人站立平衡的影响
Xingwei Guo,Yaojun He,Kangle Zhang et al.
Xingwei Guo et al.
Wearable balance-assistance systems predominantly rely on vibrotactile cues that are well suited for transient event detection but may provide a physiologically mismatched representation for the slow, quasi-static postural sway during quiet...
Kinematic-Synergy-Based Robotic Feedback Promotes Short-Term Retention of Altered Human Bimanual Motor Behavior [0.03%]
基于运动学协同的机器人反馈促进人类双侧上肢运动行为改变的短期保留
Jacob Boehm,Daniel Haufle,Lorenzo Masia
Jacob Boehm
Lasting improved motor performance is a major goal of human-centered robotics research. Literature shows adaptation to robotic intervention but points to washout of adapted motor patterns and after-effects. Retention would affirm desired ef...
Brain-Controlled Wheeled Mobile Robots: A Shared Control Framework Integrating Event-Triggered Mechanism and Deep Reinforcement Learning [0.03%]
基于深度强化学习和事件触发机制的共享控制轮式移动机器人系统
Xinyu Yu,Xinming He,Binwen Huang et al.
Xinyu Yu et al.
This study addresses the problem of quantifying user control authority in brain-computer shared control by integrating Event-Triggered Control (ETC) with Deep Reinforcement Learning (DRL). Firstly, an ETC-based brain-computer shared-control...
Hierarchical Decoding of Perceived Speech from Non-Invasive Brain Recordings [0.03%]
基于非侵入式脑记录的语音感知层次解码
Bo Wang,Xiran Xu,Boda Xiao et al.
Bo Wang et al.
Non-invasive speech perception decoding aims to identify speech segments using magneto/electro-encephalography (M/EEG) signals recorded while subjects listen to speech. Although speech perception is widely recognized as a hierarchical proce...
Autoregressive Time-Series Analysis of Biomechanical Anomalies: Insights into Exercise-Induced Fatigue in Healthy Participants [0.03%]
自回归时间序列分析生物力学异常：健康受试者运动诱发疲劳的新见解
Enze Shao,Jiongxiang Zhao,Wenlong Li et al.
Enze Shao et al.
Most fatigue-detection approaches for biomechanics rely on computationally intensive black-box models or apply thresholding without correcting for serial dependence, risking inflated false alarms when signals are autocorrelated. This study ...
Spatial Effects of Electrode Configurations and Source Depth in EEG Source Localization: Implications for Concurrent Noninvasive Brain Stimulation with HD-EEG [0.03%]
电极配置和刺激源深度的空间效应在脑电定位中的作用：结合高密度脑电的非侵入性脑刺激的意义
Xuewei Qin,Shanbao Tong,Junfeng Sun
Xuewei Qin
The accuracy of EEG source localization depends on electrode data quality; however, electrode loss is common in brain stimulation paradigms, and its impact on localization accuracy remains unclear. This study evaluated depth-dependent modul...