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。
The USB transfer subsystem can transfer exact data in real time while the device is running and collecting human motion data.
该设备在实际运行采集人体运动数据时，US B通信子系统实现了实时准确的数据传输。
‘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。”
It studies the anatomic structure and motion features of human hand and discusses the principles and functions of data glove and positioning tracker.
研究了人手的解剖结构和运动特点，探讨了数据手套的原理和功能以及位置跟踪器的功能。
To get the data of joints motion, a multi-dimension camera was used to get the human upper limbs motion of daily life.
为了得到人体上肢关节运动数据，利用多维摄像系统，拍摄人体上肢在日常生活中的典型活动。
Motion Capture is to record the motion track in three dimensions by sensor devices, to transform it to motion data, and then to drive the virtual human to move based on these data.
运动捕捉是指通过传感设备记录人体在三维空间中的运动轨迹，并将其转化为抽象运动数据，然后根据这些数据驱动虚拟人运动。
Gesture recognition of human hand based on data glove and motion mapping from human hand to virtual hand are studied.
研究了基于数据手套的人手手势的获取和人手到虚拟手的动作映射方法。
With the rapid increase of motion data, example-based motion synthesis technologies are the promising research field in human motion animation, where motion database ACTS as the key role.
随着运动捕获数据数量的日益增长，目前基于实例的运动合成技术成为人体动画的主流研究方向，运动库在其中扮演着核心的角色。
The innovations of this paper are listed as follows:(1) A new virtual human motion synthesis technology based on motion capture data is proposed.
该方法可概括为分割、检索、合成三个步骤首先通过聚类将连续运动捕获数据分割为运动基元；
The experimental results show that the proposed model is suitable for sensor data-driven virtual-human in real-time animation and has good biomechanics characteristics in representing human motion.
实验表明，新建模方法适用于传感器数据驱动人体模型的实时运动再现，并能够逼真地体现人体运动的生物力学特征。
The experimental results show that the proposed model is suitable for sensor data-driven virtual-human in real-time animation and has good biomechanics characteristics in representing human motion.
实验表明，新建模方法适用于传感器数据驱动人体模型的实时运动再现，并能够逼真地体现人体运动的生物力学特征。
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