1.
Information Detection of Peripheral Nerve and Nerve-signal Controlled Prosthesis: A Basic and Applied Experimental Study
周围神经的信息检测及神经信息控制假肢的应用基础研究
2.
Phase Resetting in Neuronal Information Processing and Control of Neuronal Synchronization;
神经信息处理的相变机制与神经控制方法研究
3.
Experimental study on harvesting nerve-signals in the human amputation stump of the upper arm
人体残肢上臂神经信息检测的初步研究
4.
Research of Control Mechanism and Control System for Intelligent Prostheses;
智能假肢的控制机理及控制系统研究
5.
The Study Advances and Prospects of Processing Surface EMG Signal in Prosthesis Control
肌电假肢控制中的表面肌电信号的研究进展与展望
6.
The Design and Implementation of Lower Limb Prosthesis Knee Joint Controller Based on DSP;
基于DSP的下肢假肢关节控制器设计与实现
7.
The Theory and Structure of EMG Controled Limb Prosthetics
浅析肌电控制人造假肢的原理和结构
8.
Simple analysis of the fake financing information and internal control environment about the enterprises;
浅议公司虚假财务信息与内部控制环境
9.
From there, the brain takes over as the information travels down the optic nerve to the visual cortex at the back of the brain.
在大脑的控制下，视觉信息从神经节细胞传输给视神经，再传输给大脑后部的视觉大脑皮层。
10.
Experimental Study of Biocompatibility of LIFEs and Signals Recorded by LIFEs Used to Control an Electronic Prosthetic Hand
纵行神经束内电极的生物相容性及其记录的信号在电子假手控制中应用的实验研究
11.
A new hypothesis of neural coding, the hypothesis of hierarchically associated coding based on the neuronal clusters, is proposed.
提出一个新的神经信息编码假设 ,称为神经元簇的层次性联合编码假设。
12.
Their research aimed at decomposing sEMG signals into MUAPor MUAPT, and controlling artificial limb by action pattern identifying.
他们研究的目标是将sEMG信号分解为MUAP或MUAPT，通过动作模式识别控制假肢。
13.
Essency Meridiam of Brain Control System
经络的本质是人体大脑信息控制系统
14.
Study on Neural Network Method for Cutting Tool Monitoring Based on Syncretic Machining Signals
工况信息融合的神经网络刀具监控方法研究
15.
System of Internal Control and Analysis of Economic Crimes under Information Economics;
内部控制制度与经济犯罪的信息经济学分析
16.
Economic information warfare, blocking or channelling information to pursue economic dominance.
经济信息战, 通过封锁或传播信息实行经济上的控制。
17.
Research on Movement Realization and Gait Information Acquisition of Powered Ankle Prosthesis
主动式踝关节假肢运动实现与步态信息获取的研究
18.
Research of multimedia communications control mechanism based on neural network
基于神经网络的多媒体通信控制机制研究