Periodic Visual Stimulation Induces Resting-State Brain Network Reconfiguration [0.03%]
周期性视觉刺激会诱导静息态脑网络重构
Daqing Guo,Fengru Guo,Yangsong Zhang et al.
Daqing Guo et al.
Periodic visual stimulation can evoke the steady-state visual potential (SSVEP) in the brain. Owing to its superior characteristics, the SSVEP has been widely used in neural engineering and cognitive neuroscience studies. However, the under...
Effective Subnetwork Topology for Synchronizing Interconnected Networks of Coupled Phase Oscillators [0.03%]
互联耦合相振子网络的有效子网络拓扑以实现同步
Hideaki Yamamoto,Shigeru Kubota,Fabio A Shimizu et al.
Hideaki Yamamoto et al.
A system consisting of interconnected networks, or a network of networks (NoN), appears diversely in many real-world systems, including the brain. In this study, we consider NoNs consisting of heterogeneous phase oscillators and investigate...
Dynamic Information Encoding With Dynamic Synapses in Neural Adaptation [0.03%]
基于动态突触的神经可塑性中的动态信息编码机制研究
Luozheng Li,Yuanyuan Mi,Wenhao Zhang et al.
Luozheng Li et al.
Adaptation refers to the general phenomenon that the neural system dynamically adjusts its response property according to the statistics of external inputs. In response to an invariant stimulation, neuronal firing rates first increase drama...
The Importance of Spatial Visual Scene Parameters in Predicting Optimal Cone Sensitivities in Routinely Trichromatic Frugivorous Old-World Primates [0.03%]
关于空间视觉场景参数在预测常规三色果食旧大陆灵长类动物最佳视锥敏感度方面的重要性
Tristan Matthews,Daniel Osorio,Andrea Cavallaro et al.
Tristan Matthews et al.
Computational models that predict the spectral sensitivities of primate cone photoreceptors have focussed only on the spectral, not spatial, dimensions. On the ecologically valid task of foraging for fruit, such models predict the M-cone ("...
Prasad Shirvalkar,Tess L Veuthey,Heather E Dawes et al.
Prasad Shirvalkar et al.
Pain is a subjective experience that alerts an individual to actual or potential tissue damage. Through mechanisms that are still unclear, normal physiological pain can lose its adaptive value and evolve into pathological chronic neuropathi...
Evidence in Support of the Independent Channel Model Describing the Sensorimotor Control of Human Stance Using a Humanoid Robot [0.03%]
基于人形机器人支持人类姿态中感觉运动控制的独立通道模型的证据
Jantsje H Pasma,Lorenz Assländer,Joost van Kordelaar et al.
Jantsje H Pasma et al.
The Independent Channel (IC) model is a commonly used linear balance control model in the frequency domain to analyze human balance control using system identification and parameter estimation. The IC model is a rudimentary and noise-free d...
Relating the Structure of Noise Correlations in Macaque Primary Visual Cortex to Decoder Performance [0.03%]
叶猴初级视觉皮层噪声相关结构与解码性能的关系研究
Or P Mendels,Maoz Shamir
Or P Mendels
Noise correlations in neuronal responses can have a strong influence on the information available in large populations. In addition, the structure of noise correlations may have a great impact on the utility of different algorithms to extra...
Self-Consistent Scheme for Spike-Train Power Spectra in Heterogeneous Sparse Networks [0.03%]
异质稀疏网络中自洽的脉冲列功率谱方案
Rodrigo F O Pena,Sebastian Vellmer,Davide Bernardi et al.
Rodrigo F O Pena et al.
Recurrent networks of spiking neurons can be in an asynchronous state characterized by low or absent cross-correlations and spike statistics which resemble those of cortical neurons. Although spatial correlations are negligible in this stat...
Temporal Dissociation of Neocortical and Hippocampal Contributions to Mental Time Travel Using Intracranial Recordings in Humans [0.03%]
利用人类颅内记录分离新皮层和海马在心理时间旅行中的作用
Roey Schurr,Mor Nitzan,Ruth Eliahou et al.
Roey Schurr et al.
In mental time travel (MTT) one is "traveling" back-and-forth in time, remembering, and imagining events. Despite intensive research regarding memory processes in the hippocampus, it was only recently shown that the hippocampus plays an ess...
Muscle Synergies Control during Hand-Reaching Tasks in Multiple Directions Post-stroke [0.03%]
卒中后多方向伸手任务中的肌肉协同控制
Sharon Israely,Gerry Leisman,Chay C Machluf et al.
Sharon Israely et al.
Purpose: A muscle synergies model was suggested to represent a simplifying motor control mechanism by the brainstem and spinal cord. The aim of the study was to investigate the feasibility of such control mechanisms in the rehabilitation of...