fns

FNS Limb Motion Control Based on Adaptive Iterative Learning Control Algorithm

基于自适应迭代学习算法的FNS肢体运动控制

Application of Iterative Learning Control in FNS System

迭代学习控制在功能神经电刺激系统中的应用

Experimental Studies on Muscle Fatigue of Human Limb Motion with FNS

FNS肢体运动疲劳特性的实验研究

Experimental research on trajectory following of human multi - joint motion with FNS

FNS肢体多关节运动轨迹跟踪的实验研究

Group C was treated by FNS .

用FNS对C组实施治疗。

An approach of fuzzy rules from data mining on fuzzy - neural systems ( FNS ) is presented in the paper .

提出一种利用神经模糊系统从实验记录的曲线或者数据中挖掘模糊逻辑规则的方法。

CA commands and brigades are organized to support civil administration in support of FNs .

民政的指挥部与团部是为了支援外国中支援民政治理。

Measurement & control technologies of limbs movement is an important research fields in Functional Neuromuscular Stimulation ( FNS ) .

肢体运动测量与控制技术是功能性神经肌肉电刺激（FNS）技术的一个重要内容。

To investigate role of fastigial nuclei stimulation ( FNs ) in rats with local cerebral ischemic-reperfusion injury .

探讨电刺激小脑顶核（FNs）对局部脑缺血再灌注氧化损伤作用的影响。

Results in the brain ischemic rats , rCBF rose andBWC decreased and infarct volume reduced and MPO activity drop after FNS .

结果电刺激脑缺血大鼠小脑顶核后，缺血组织的脑血流量上升，脑含水量和髓过氧化物酶活性下降，梗塞体积缩小；

A total of 60 MCAO rats were randomly divided into FNS group and non cerebellum fastigial nucleus stimulation group ( NFNS ) .

将60只脑栓塞大鼠随机分成电刺激小脑顶核治疗组和非治疗组，观察脑栓塞大鼠的心率变异性变化。

Objective : To investigate the clinical effect of fastigial nucleus electrical stimulation ( FNS ) treating the disorders of consciousness by brain damage , and explore the possible mechanism .

目的：研究电刺小脑顶核（FNS）改善脑损害引起的不同程度意识障碍的临床疗效，结合文献探讨其可能机制。

Objective To investigate the effect of fastigial nucleus stimulation ( FNS ) toward Cerebrovascular Activity ( CVA ) parameters and blood pressure , plasma glucose , plasma lipid .

目的研究电刺激小脑顶核（FNS）对脑循环动力学（CVA）参数及血压、血糖、血脂的影响。

Methods Mature Wistar rats were randomly divided into three groups : sham operated control group , MCAO group ( right middle cerebral artery occlusion ) and MCAO + FNS group .

方法以线栓法制成大鼠右侧大脑中动脉梗死（MCAO）模型，大鼠随机分为假手术对照组、MCAO组、FNS（MCAO+FNS）干预组。

We investigated the effects of fastigial nucleus electro-stimulation ( FNS ) in advance on cardiac nerve regeneration after myocardial infarction ( MI ) in rats .

探讨预先电刺激小脑顶核（FNS）对大鼠心肌梗死（MI）后心脏神经再生的干预作用。

To investigate the effect of treatment and its possible mechanisms of cerebellar fastigial nucleus stimulation ( FNS ) in stroke patients and rats with MCAo with autonomic cardiovascular disturbances .

探讨电刺激小脑顶核（FNS）对脑缺血病人及卒中大鼠心脏自主神经紊乱的干预机制。

The nonsymmetric and linear equations from the discrete solution are solved by using block tridiagonal systems for the QPNS equations and by GMRES algorithm for the FNS equations .

由离散解得到的非对称线性方程组，对于QPNS采用块三对角法，对于FNS采用GMRES算法。

Functional Neuromuscular Stimulation is a new method of rehabilitative medical engineering for paralyzed person . We stressed on the comparative experimental researches on stimulating pulses control algorithm used in FNS multi joint limb motion .

本文着重对功能神经电刺激（FNS）肢体多关节运动刺激脉冲的控制算法进行了比较实验研究。

FNS could increase the density of sympathetic or vagus nerve fibers for TH or CHAT staining positive in IZ and NIZ in myocardium of MI rats , so FNS could promote cardiac nerve regeneration .

因此，电刺激小脑顶核可增加梗死区和非梗死区心肌组织TH、CHAT染色阳性神经纤维密度，促进MI后心脏神经纤维再生。

AIM : To establish a model of functional neuromuscular stimulation ( FNS ) in canine larynx to simulate clinical injury of larynx and to observe histological changes of posterior cricoarytenoid muscle under the effect of functional neuromuscular stimulation .

目的：建立犬喉功能性神经肌肉刺激的模型，模拟临床喉损伤，在功能性神经肌肉刺激作用下，观察环杓后肌的组织学变化。

Methods The biceps brachii and flexors of forearm were stimulated by FNS to obtain the predictive joint angles . The number of angle sensors in elbow and wrist joints was acted as the criterion of feedback .

方法FNS刺激肱二头肌和前臂屈肌，以预期关节角度为目标，以肘关节和腕关节的角度传感器数值为反馈标准。

The general expressions associated with both feedback controller and iterative learning controller are given . Based on multi-purpose FNS limb motion control system , the clinical experiments on motion trajectory following of both elbow flexion and wrist flexion were conducted by means of the adaptive iterative learning algorithm .

最后利用FNS肢体运动控制平台，采用复合控制算法，对人体曲肘和曲腕运动时的关节运动（角位移）轨迹进行了临床实验研究。

Methods 147 patients with post-traumatic syndrome were randomly divided into 3 groups : Qing nao fu shen ye combined with FNS treatment group ( A group ), FNS treatment group ( B group ) and control group ( C group ), routine drug treatment of all patients was identical .

方法研究对象为147例脑外伤后综合征患者，随机分为清脑复神液并用FNS治疗组（A组）、FNS治疗组（B组）和对照组（C组）3组。