步态训练

康复治疗：进行定时更换体位、关节活动度及肌力训练、平衡训练、步态训练、上下楼梯训练及日常生活活动能力训练等。2次/d，60min/次，疗程30d。

Rehabilitative treatment : Body position transformation , range of motion training , muscle force training , balance training , gait training , up-down stair activity training , activities of daily living training were performed , twice a day , 60 minute per time , for 30 days .

对照组采用应用Bobath、Brunnstrum、Rood等技术对患者进行姿势摆放、异常姿势控制、体位转移、站立训练、平衡训练、步态训练及上肢功能训练和日常生活能力训练等物理治疗及作业治疗。

Patients in the control group were given physiotherapy and occupational therapy of posture holding , abnormal posture control , posture transfer , standing exercise , balance training , gait training , upper limb training and abilities of daily living training , etc ;

研究步态训练对于中风患者下肢的康复效果和意义。

To research the stroke patients gait training and the effecting .

下肢永久性假肢装配后，步态训练是最重要的。

With delivery of the permanent prosthesis , gait training is essential .

步态训练机器人人机系统动力学仿真

Man-machine system dynamics simulation of a robot for gait training

行走步态训练矫正异常行走步态等。

The gait training to adjust the unusual gait .

偏瘫患者步态训练中两种训练方法治疗效果的研究

Therapy Effect of Two Training Methods in Patients with Hemiplegia on Gait Training

步态训练机器人结构设计及实验研究

Mechanism Design and Experiment Research on Gait Training Robot

步态训练有利于中风患者下肢的康复，具有显著的临床意义。

Gait training helps stroke patients recover , the lower extremity significant clinical significance .

步态训练机器人模拟弹性地面承载特性研究

Research on gait training robot simulating the load bearing characteristics of elastic ground surface

临床上通常采用活动、伸展、强化训练和步态训练能治疗这一问题。

It is usually treated successfully with mobilization , stretching , strengthening , and gait training .

肌力训练、关节活动度训练、本体觉训练及行走步态训练是术后康复治疗最重要的内容。

The most important contents of rehabilitation therapies are the training of muscle strength , range of joint motion , joint position sense and gait .

针刺和常规康复训练以及加用强化太极步态训练方案均可明显改善脑卒中偏瘫患者下肢运动功能、平衡功能，提高功能性步行能力。

Both of the groups therapies can significantly improve motor function , balance ability and functional walking ability of lower limbs on stroke patients with hemiplegia .

术后第2周，活动范围0～110°以上，增强本体感觉训练，协调性练习，步态训练，增加下蹲练习。

Activities ranged from 0 to 110 ° two week after operation , and train of proprioceptive sense was improved , including coordination , gait training , squatted training .

通过对实验结果进行分析，结果表明绳驱动助行机构系统的控制性能和精度满足患者减重步态训练的要求。

Through the experimental analysis , the results showed that the control performance and precision of the wire-driven aid walking mechanism could meet the requirement of the body weight supported treadmill training .

减重步态训练是下肢偏瘫患者康复治疗普遍采用的有效方法之一，其康复效果已经得到国内外诸多医学专家的普遍认同。

Body weight supported treadmill training is an effective method for improving the recovery of walking ability . The effects of rehabilitation have been generally agreed by medical experts both at home and abroad .

结果6例患者基本达到功能性步态，训练后ADL能力明显提高，训练前、后比较，差异有显著性（P<0.05）。

Results After training , one patients achieved therapeutic walking , five functional walking . All the patients obtained significant improvement in functional movement and ADL ( P < 0.05 ) .

在装配步行矫形器前进行强化康复治疗，包括肌肉力量、心肺功能、转移、日常活动能力（ADL）、膀胱功能等，矫形器装配后配合步态步行训练；

They all accepted the intensified rehabilitation therapy , including the training of muscle power , heart and pulmonary function , ambulation , activities of daily life ( ADL ), bladder function et al before assembling the gait orthosis .

并基于dSPACE半物理仿真系统对绳驱动助行机构系统进行了实验研究，主要包括控制系统的驱动控制特性试验，不同条件下的轨迹跟踪试验和减重步态康复训练控制实验。

And then the experimental study was conducted based on the dSPACE system , which mainly included the actuation control characteristic experiment , the trajectory planning experiments with different experimental conditions and the gait rehabilitation training weight control experiments .

弹力带在偏瘫患者步态矫正训练中的临床应用

Clinical Application of Elastic Bandages in Gait Correction of Patients with Hemiplegia

针对改善肌肉力量、平衡性和步态实施训练计划；

Training for improving strength , balance and gait .

步态康复训练机器人行走步态仿真研究

Walking Gait Simulation Research of a Gait-rehabilitation-training-robot

本文提出一种遗传算法优化后的BP神经网络结构，对人体行为进行识别，采用Weizmann行为数据库中的步态图像进行训练和识别。

This paper presents a genetic algorithm optimized BP neural network structure , identification of the human behavior , Weizmann behavior using images in the database for training and behavior recognition .

首先，利用少量的标记步态序列进行PCA训练获得特征空间转换矩阵并进一步求得步态序列的特征（即训练集），然后使用该训练集对未标记步态序列进行分类。

Firstly , PCA training is performed on the small number of labeled gait sequences to obtain feature transformation matrix and compute the gait features of sequences ( i.e. , trained database ), and then we use the trained database to classify the unlabeled sequences .

改善偏瘫步态的抗阻训练及其疗效观察

Resistance training for improving the gait of cerebrovascular accident patients and its curative effects

异常步态校正减重步态重塑训练装置的机制及其临床适应证

Mechanism of weight relief walking remodeling and abnormal gait revising training device and its clinical indication

采集了24名青年和24名老年受试者的步态数据，提取24个步态特征训练支持向量机，采用交叉验证方法评估分类器的泛化性能.①对地震层析成像方法进行分类。

The gaits of 24 young and 24 elderly participants were recorded during their normal walking . Altogether , 24 gait features describing the gait patterns were extracted for developing gait classification models and evaluating the classification generalization performance by cross-validation .

目的：初步探讨中枢神经系统、周围神经系统受损，创伤及骨科术后所致异常步态的基本模式，为步态分析及训练提供依据。

AIM : To explore the primary pattern of abnormal gait caused by impairment of the central nervous system , peripheral nervous system and post-trauma , post-bone operation so as to provide evidence for the gait analysis and training .

第三，步态识别方面。分析了HMM算法，利用HMM对提取的步态特征进行分类训练，对分类结果进行了分析。第四，系统设计与实现。

It analyzes the HMM algorithm and makes use of HMM to classification training of Gait features extracted , then the classification results are analyzed . Fourth , the design and implementation of system .

针对步态识别领域的特殊性，在理论分析和大量实验的基础上设计提出了一个较为有效的人工免疫系统，采用本文选用的步态特征对中科院CASIA步态图像数据库进行训练、识别。

Because of the particularity of gait recognition , we design an immune model which can work effectively based on theory analysis and experiments on CASIA base using the selected characteristics of this paper .