The elementary knowledge of the gait analysis is introduced.
介绍了步态分析的基本概念。
See our videos on shoe selection and gait analysis to help find the right shoes for you.
你可以看看我们的选鞋和步态分析的视频，这可以帮助你选到合适的鞋。
Using radar for gait analysis would be faster and less intrusive than these existing techniques.
相比于现有的技术，采用雷达进行步态分析能更迅速并且对受试者干扰更小。
Gait analysis has been used in an attempt to differentiate any functional differences between HRA and THA.
步态分析已经被用在尝试区分HRA和THA之间的一些功能差异。
We observe the effect on weight of the animal, Gait analysis, ROM and morphology change of adhesion tissue.
对各组实验动物进行步态分析，并观察各组实验动物的体重、关节活动度及粘连局部肌肉的组织形态学变化。
Body silhouettes are extracted by background subtraction, and cyclic gait analysis is performed to extract key frames.
用背景差方法得到运动人体的轮廓，通过步态周期分析提取步态序列的关键帧。
The walking mechanism and the robot kinematics and the typical gait analysis and design will be elaborated in this paper.
本文将对机器狗的步行机构、机器人运动学、典型步态的设计与分析等进行阐述。
ObjectiveTo study the reliability and sensitivity of the gait analysis system based on digital video and image processing.
目的研究基于数字视频和图像处理的二维步态分析系统的可靠性、敏感性。
Such a system, combined with the 3d kinematics analysis subsystem and force plates, formed an advanced gait analysis system.
此系统与三维运动子系统和三维测力台子系统可以共同组成一套完整的、功能齐全的人体步态分析系统。
ConclusionThe gait training guided with the computer-aided gait analysis system is more effective on the recovery of hemiplegic gait.
结论计算机步态分析系统指导步行训练可有效地矫正或改善偏瘫步态。
CONCLUSION: at present, 3-d gait analysis system is an advanced system that can assess human gait objectively and quantificationally.
结论：三维步态分析系统是目前较为先进的，能够客观、定量地评定人体步行功能的步态分析系统。
ObjectiveTo explore the gait analysis of children with spastic cerebral palsy and its effect for the rehabilitation of cerebral palsy.
目的探讨痉挛型脑瘫患儿的步态分析及其在脑瘫康复中的作用。
Objective To observe the effect of gait training under the analyzing with computer-aided gait analysis system on the hemiplegia after stroke.
目的观察计算机辅助步态分析系统对偏瘫患者步行能力的影响。
AIM: gait characteristics in children of normal pre-school age of small sample is detected and analyzed by the visual press gait analysis system.
目的：应用视频压力式步态分析系统检测和分析小样本正常学龄前儿童的步态特征。
Throngh analysis and comparing, this paper brings forward a new assume, which use gait analysis to validate needle-knife theory. It is a new idea.
通过分析比较，提出了利用步态分析来验证针刀理论的新构想，是一种全新的思路。
The elementary knowledge of gait analysis is introduced, and the clinical significance of comparing hemiplegic gait with normal gait is emphasized.
本文首先介绍步态分析的基本概念，正常步态与偏瘫步态进行的比较分析在临床上具有重要意义。
The system can be used not only for clinical gait analysis, but also as a detection platform for other research related to human motion and posture.
该系统不仅适合于临床进行步态分析，而且也可用作其他与人体运动姿态有关研究的检测平台。
BACKGROUND: Studies on the dynamics of motion changes in pedal joint has been widely applied in clinical gait analysis, industrial robots and shoes making.
背景：足关节运动变化的动力学研究被广泛应用于临床步态分析、工业机器人和制鞋等领域。
ConclusionsNormal gait initiation has its unique characteristics, and the kinematics and dynamics parameters obtained in such status will be helpful for gait analysis and biorobot design.
结论正常人起动步态具有自身特征，该状态下运动学和动力学参数的获取将为步态分析及仿生机器人的研制提供帮助。
This paper proposes a novel method for moving object detection from a video in medical gait analysis which contains not only stationary background objects but also moving background objects.
针对医学步态分析中的复杂场景下运动目标检测问题，提出了基于贝叶斯决策规则的方法。
Methods28 healthy young persons as experimental subjects were studied. The gait analysis system based on digital video and digital image processing was employed to obtain kinematic parameters.
方法以2 8例健康青年男女为研究对象，采用基于数字视频和数字图像处理的运动分析系统测得人体步态的运动学参数。
In the present study, a minimally invasive approach was compared with a traditional standard approach in terms of the effect on gait kinematics as demonstrated with gait analysis and electromyography.
本研究将通过步态相关的动力学分析对传统标准手术入路与微创入路作一比较。
The purpose of this study is to analyse the gait of patients with knee joint disorder, by using the motion analysis system, in order to provide some references for clinical and therapeutic evaluation.
本研究之目的在于利用动态分析系统对下肢关节病变的病人，进行步态分析，以其分析之结果供临床评估及治疗之参考。
Analysis the basic gait of robot on the frontal plane. Plan every joint movement, and judge the stability of dynamic walking by ZMP principle. Present the result of simulation.
分析拟人足球机器人前向行走基本步态，规划各关节的运动轨迹，并用ZMP判据判断动态步行稳定性，并给出仿真结果。
Method: Gait initiation of normal subjects in level was observed with human motion analysis system based common CCD and 3-d force platforms.
方法：使用基于CCD和三维测力平台的人体运动分析系统，研究正常人水平地面起步过程的步态特征。
The analysis of the walking state of bilateral leg was focused on in gait switching. The reason of velocity mutation was summarized.
最后，重点分析了该四足机器人双侧腿部进行步态切换时的行走状态，总结出了其速度曲线突变的原因。
An example illustrates that this approach of timing sequence analysis is suitable for the gait transition between symmetrical gaits in quadruped.
计算实例表明了该方法适用于分析对称步态变换。
The nonlinear components of gait features are extracted based on kernel principal component analysis (KPCA).
在训练阶段，核-主元分析用来捕捉非线性的手写变化。
The nonlinear components of gait features are extracted based on kernel principal component analysis (KPCA).
在训练阶段，核-主元分析用来捕捉非线性的手写变化。
应用推荐