An important feature of human motion is GAIT.
人运动的一个重要特征是步态。
Objective: To develop the real time analysis system of human motion.
前言：目的：研制人体运动图像实时分析系统。
‘Interpreting it and using that data to work out human movement, human motion.’
阿诺德说：“研究主要的难题在于加速数据的解释，并利用这些数据反映人体的运动状况。”
Each solution relies on human motion data captured from live human actors.
每种解决方案都依赖于从真实人类动作获取的运动数据。
An unsupervised learning approach for analysis of human motion is proposed.
提出了一种基于非监督学习的人体运动分析方法。
Tracking human motion from image sequences is main task for human motion analysis.
人体运动分析的主要任务是对视频序列中的人体运动进行跟踪。
It's very difficult to produce high quality human motion animation or design related algorithms.
要生成高质量的人体运动动画或设计相关算法都是很困难的。
But apply that motion to a chicken and it will look like a human in a chicken suit.
但是把这个运动应用到一个小鸡角色上，那么它会看起来象一个穿着小鸡装束的人。
The video enraged Internet users, setting into motion the human flesh search engine.
这段录像激怒了网民，并展开了人肉搜索。
Motion capture from human actors will always look realistic... for a human.
对人类动画来说，来源于人物演员的运动捕捉总是会看起来很写实的。
The thing of motion changes, human only certain aspects of realizing it.
对于事物的运动变化，人类只能认识到它的某些方面。
The early researches focus on human modeling and low level motion control technology.
早期虚拟人技术的研究集中在人体建模和底层动作控制技术。
This article mainly designs human joint motion editing system.
本文主要设计了人体关节运动编辑系统。
FOR the HUMAN MIND the absolute continuity of motion is inconceivable.
人类的智慧理解不了运动的绝对连续性。
This paper focuses on the technology of motion mapping between human hand and virtual hand.
本文对从人手到虚拟手的运动映射技术进行了详细的探讨。
Instead, nature likely sped up a process set in motion by human actions.
但是自然因素反而可能加速了人类活动引起的地面塌陷进程。
My mission is to investigate motion and human bodies.
我的任务是调查和人体运动。
The human arm is a very complex motion system , the motion is complexity and randomly.
人体上肢是个极其复杂的运动系统，其运动具有复杂性和随意性。
The human arm is a very complex motion system , the motion is complexity and randomly.
人体上肢是个极其复杂的运动系统，其运动具有复杂性和随意性。
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