Towards a Neural Foundation Model: A Probabilistic Spike Representation Model to Mitigate Neural Variability [0.03%]
基于概率脉冲表示的神经基础模型以期缓解神经元变异性
Zhijian Gong,Ningling Ge,Shenghao Cao et al.
Zhijian Gong et al.
Spike train data encapsulate precise information about neuronal firing patterns and serve as the primary modality for modeling neural dynamics. However, the variability of spike data impairs model ability to generalize across sessions and s...
Phase-Synchronized TECS Integrating TI-tACS and rTMS: Modeling, Hardware Implementation, and In Vivo Neurophysiological Validation [0.03%]
基于TI-tACS和rTMS的TECS相位同步整合技术：模型构建、硬件实现及在体神经生理学验证
Tingyu Wang,Miaomiao Guo,Chao Cui et al.
Tingyu Wang et al.
Objective: Conventional noninvasive neuromodulation is constrained by trade-offs among field strength, focality, and penetration. We propose a phase-synchronized transcranial electromagnetic combined stimulation (TECS) ap...
Enhanced Neural Decoding with Optically Pumped Magnetometer MEG Using Multivariate Pattern Analysis [0.03%]
基于多元模式分析的光学原子磁力计MEG信号神经解码增强研究
Jiawei Liang,Yulia Bezsudnova,Anna Kowalczyk et al.
Jiawei Liang et al.
Multivariate pattern analysis (MVPA) provides a sensitive means to decode distributed neural activity from magnetoencephalography (MEG) by jointly exploiting temporal and spatial information. Optically pumped magnetometer (OPM)-based MEG en...
Transcranial focused ultrasound enhances the discriminative power of targeted voluntary motor signals in humans [0.03%]
经颅聚焦超声能够增强人类目标自主运动信号的鉴别能力
Joshua Kosnoff,Joseph Zhang,Yisha Zhang et al.
Joshua Kosnoff et al.
Transcranial focused ultrasound (tFUS) is an emerging neuromodulation technique with high spatial specificity and deep brain penetration, but its effects on upper-limb voluntary motor signals relevant to brain-computer interfaces (BCIs) rem...
Feasibility and Effects of a Soft-Wearable Robotic Suit Assisting Hip Extension in Older Adults: A Pilot study [0.03%]
软外骨骼机器人辅助老年人伸髋运动的可行性及效果：一项初步研究
Hyun Iee Shin,Ho Seok Lee,Na Young Yun et al.
Hyun Iee Shin et al.
Background: The global population of older adults is rapidly increasing, leading to a higher prevalence of gait impairment and fall risk. Soft-wearable robotic suits have emerged as alternatives to rigid exoskeletons; how...
The DMD-based non-Euclidean Descriptor for Limb Movement Decoding in Pattern Recognition System [0.03%]
基于DMD的非欧氏描述符在模式识别系统中的肢体运动解码中的应用
Frank Kulwa,Pengrui Tai,Hai Li et al.
Frank Kulwa et al.
Accurate decoding of motor intent in electromyogram (EMG)-based pattern recognition systems heavily depends on effective feature extraction. Although numerous techniques have been introduced, their performance remains suboptimal. Many fail ...
Can We Redesign a Shoulder Exosuit to Enhance Comfort and Usability Without Reducing Assistance? [0.03%]
无需减少辅助情况下可以通过重新设计肩部外骨骼来增强舒适性和可用性吗？
Roberto Ferroni,Daniele Filippo Mauceri,Jacopo Carpaneto et al.
Roberto Ferroni et al.
Reduced shoulder mobility limits upper-limb function and daily activities across a wide range of conditions. Wearable exosuits have shown promise in assisting arm movements and reducing muscle effort; however, comfort has rarely been priori...
Assessing the Effect of DESC-feedback on Cognitive Load, Gaze Behaviour and Motor Performance during Manipulation Tasks Performed with Hand Prosthesis [0.03%]
评估DESC反馈对使用手部假肢进行操作任务时的认知负荷、视线行为和运动表现的影响
Virna Marliani,Tommaso Mori,Marco Anselmi et al.
Virna Marliani et al.
Individuals with upper limb amputation often reported functionality limitations due to poor confidence in myoelectric hand prosthesis control and the lack of tactile and proprioceptive feedback. This is typically associated with increased c...
Fast and Accurate Parameter Optimization of Transcranial Temporal Interference Stimulation by Selectively Employing Target-Specific Candidate Electrodes [0.03%]
通过选择性地使用特定目标候选电极快速而准确地优化经颅临时干扰刺激的参数
Sangwoo Lee,Eun-Gyoung Yi,Jaehoon Jeong et al.
Sangwoo Lee et al.
Transcranial temporal interference (TI) stimulation offers non-invasive modulation of deep brain regions with limited neocortical activation. Achieving focal TI stimulation requires individualized optimization of the stimulation parameters,...
Muscle Coordination during an Endurance Walking Task With Elbow Exosuit Assistance [0.03%]
助力肘部外骨骼助行装置下的耐力行走任务中的肌肉协调性研究
Vladimiro Suglia,Ali KhalilianMotamed Bonab,Daniele Leonardis et al.
Vladimiro Suglia et al.
Exosuits have the potential to support human performance during daily and rehabilitation activities. Understanding how neuromuscular coordination adapts in response to external assistance is essential to designing assistive devices and cont...