Exploring human rhythmic gait movement in the role of cerebral cortex signal

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Exploring human rhythmic gait movement in the role of cerebral cortex signal

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Abstract:The rhythmic movement is a spontaneous behavior due to the central pattern generator(CPG).At present,the CPG model only shows the spontaneous behavior,but does not refer to the instruction regulation role of the cerebral cortex.In this paper,a modified model based on the Matsuoka neural oscillator theory is presented to better show the regulation role of the cerebral cortex signal to the CPG neuronal network.The complex interaction between the input signal and other parameters in the CPG network is established,making all parameters of the CPG vary with the input signal.In this way,the effect of the input signal to the CPG network is enhanced so that the CPG network can express the self-regulation movement state instead of being limited to the spontaneous behavior,and thus the regulation role of the cerebral cortex signal can be reflected.Numerical simulation shows that the modified model can generate various movement forms with different modes,frequencies,and interchanges between them.It is revealed in theories that the cerebral cortex signal can regulate the mode and frequency of the gait in the course of the gait movement.水利论文;mO!z"u&e~

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;x9K9a,k#Fe"f$i t"^0Author:水利论文]7ux*q!rp0gZ-t

`pGs5nW0Wei DONG Ru-bin WANG Zhi-kang ZHANG

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Institute for Cognitive Neurodynamics,School of Information Science and Engineering,East China University of Science and Technology,Shanghai 200237,P.R.China

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1bsnh0F*`[Ycb;qK0应用数学和力学(英文版)水利论文D]&L0B'M.}-s

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Journal:水利论文9L6~Ju6L$C{4us)l

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APPLIED MATHEMATICS AND MECHANICS水利论文-k jl Sm^

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{ XD;k!o.HD-A0central pattern generator(CPG)

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gait movement

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'w#vAY5PU#j){P0rhythmic movement水利论文H T(~`D/@3S

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cerebral cortex signal水利论文 E8~x@2x&mQu#GQyJ9c

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conversion function水利论文d7n$w-])Z9Se

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'A1c*lR @H#gG0cerebral cortex movement human regulation input signal network modified model CPG interaction instruction instead of different theories limited express complex central theory neural making水利论文-fQ&qT0G$|7p2L2o#I

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基金项目:

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'a!Y%\0i}.D MFfw0Project supported by the National Natural Science Foundation of China,the Fundamental Research Fund for the Central Universities水利论文NA xYd7h%}$At`8Vb

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