xilewei@tju.edu.cn
检测技术与自动化装置
北洋青年骨干教师
教授
运动障碍性神经系统疾病无创式康复系统的关键问题研究

---

基于放电阈值调制海马时间编码的阈下场效应机理研究

---

圆跳自动检测系统

---

圆跳自动检测系统

---

海马癫痫样放电传播的内生电场传导机理研究

---

SAW嵌入式系统开发

---

皮层可兴奋性探测系统及其机理研究

---

海马锥体细胞外场效应建模及其假突触调控机理的研究

---

压缩机性能测试台系统

---

异质细胞群神经振子实现及其节律机制的研究

---

医学数据分析与算法挖掘

---

基于放电历史依存性的神经针刺编码机理研究

---

自行车制动力测试系统
针刺手法的高精度数字模拟系统

---

基于有限元分析的深部脑刺激电极阵列结构

---

一种用于可再生能源发电系统的工作范围可以调节的稳压系统

---

数据驱动下的针刺神经放电重构平台

---

基于放电率钳位闭环的神经元相响应特性测量方法

---

弱电磁刺激调制海马网络节律的FPGA仿真系统

---

基于FPGA的癫痫状态闭环控制实验平台

---

基于FPGA的电刺激下神经元随机响应及共振实验平台

---

帕金森病基底核-丘脑网络的深度脑刺激FPGA实验平台

---

智能针刺神经元网络实验平台

---

基于多供电线圈下无线能量传输系统的自动定位方法

---

提高基于电磁感应耦合原理的电动汽车非接触式充电效率方法
针刺手法的高精度数字模拟系统

---

基于有限元分析的深部脑刺激电极阵列结构

---

一种用于可再生能源发电系统的工作范围可以调节的稳压系统

---

数据驱动下的针刺神经放电重构平台

---

基于放电率钳位闭环的神经元相响应特性测量方法

---

弱电磁刺激调制海马网络节律的FPGA仿真系统

---

基于FPGA的癫痫状态闭环控制实验平台

---

基于FPGA的电刺激下神经元随机响应及共振实验平台

---

帕金森病基底核-丘脑网络的深度脑刺激FPGA实验平台

---

智能针刺神经元网络实验平台

---

基于多供电线圈下无线能量传输系统的自动定位方法

---

提高基于电磁感应耦合原理的电动汽车非接触式充电效率方法
Geometric properties-dependent neural synchrony modulated by extracellular subthreshold electric field

---

Input-output mapping reconstruction of spike trains at dorsal horn evoked by manual acupuncture

---

Modulation of spike coding by subthreshold extracellular electric fields and neuronal morphology

---

DEPENDENCE OF SINUSOIDAL ELECTRIC FIELD EFFECT ON NEURONAL MORPHOLOGICAL PROPERTIES

---

Endogenous field feedback promotes the detectability for exogenous electric signal in the hybrid coupled population

---

An ephaptic transmission model of CA3 pyramidal cells: an investigation into electric field effects

---

Semi-global robust output regulation of minimum-phase nonlinear systems based on high-gain nonlinear internal model

---

Introducing internal model to robust output synchronization of FizHugh-Nagumo neurons in external electrical stimulation

---

DC/DC buck converter using internal model control

---

Non-linear PWM control of single-switch quadratic buck converters using internal model

---

Robust Smooth-Trajectory Control of Nonlinear Servo Systems Based on Neural Networks

---

Action potential initiation in a two-compartment model of pyramidal neuron mediated by dendritic Ca2+ spike

---

A real-time FPGA implementation of a biologically inspired central pattern generator network

---

Closed-loop modulation of the pathological disorders of the basal ganglia network

---

Propagation of collective temporal regularity in noisy hierarchical networks

---

Dynamics of spike threshold in a two-compartment neuron with passive dendrite

---

Multiple Feature Extraction and Classification of Electroencephalograph Signal for Alzheimers' with Spectrum and Bispectrum

---

Complexity Extraction of Electroencephalograms in Alzheimer's Disease with Weighted-Permutation Entropy

---

Biophysical insights into how spike threshold depends on the rate of membrane potential depolarization in Type I and Type II

---

Neuronal Spike Initiation Modulated by Extracellular Electric Fields

---

Exploring how extracellular electric field modulates neuron activity through dynamical analysis of a two-compartment neuron m

---

Steady-state analysis of electric spring for smart grid

---

Dependence of Neural Network Synchronization on the Extracellular Electric Field and Neural Morphology

---

Frequency-window effects of subthreshold electric fields on neuronal discharge of active neurons

---

Prediction of single neural firings for Hodgkin-Huxley neuron by fitting generalized linear model

---

Enhanced stochastic resonance induced by mean field feedback in synaptic coupled networks

---

Input Optimal Control Strategy for the Desynchronization of Coupled Neurons

---

Modeling the electric field effects on heterogeneous Pinsky-Rinzel neurons under ephaptic transmission

---

H∞ variable universe fuzzy control for power system

---

UKF-based adaptive electric fields control of desynchronization for the PR model under the ephaptic transmission