在视频光盘上，一种连续的帧序列。
指定当步兵卧倒开仗的帧序列。
Specifies frames used when an infantry is prone and returning fire.
指定当步兵在水中游泳的帧序列。
Specifies frames used when the infantry unit is swimming in the water.
指定当步兵单位爬行的帧序列。
将所述子帧序列分组为子帧组。
The sequence of sub frames is grouped into groups of sub frames.
指定步兵单位欢呼的帧序列。
把待发送的码元序列转换为子帧序列。
A sequence of symbols to be transmitted is converted to a sequence of sub frames.
指定当步兵单位站着向敌方单位开火的帧序列。
Specifies frames used when the infantry unit is standing and firing at an enemy unit.
指定当步兵单位在水中向敌方单位开火的帧序列。
Specifies frames used when the infantry unit is swimming in the water and firing at an enemy unit.
指定步兵单位卧倒(企图减少伤害)的所有帧序列。
Specifies all the frames the infantry unit USES while lying on the ground (to reduce damage taken).
噢，是的，我们使用一个偏移量来获得每个数据帧序列的一个窗口。
Oh yeah, we used an offset to get a window for each data frame row.
指定当步兵单位爬行的帧序列。当步兵在移动的时候遭到攻击会出现这种动作。
Specifies frames used when the infantry unit is crawling. That's when a unit is taking fire but is told to move.
视频运动对象分割的目标是从视频帧序列中间分割出满足一定特征的语义区域。
Segmentation of video moving object is extraction of semantic area meet certain characteristics from video sequence.
报头区块必须作为一个连续的帧序列传输，没有任何类型或任何其他流的交错帧。
Header blocks MUST be transmitted as a contiguous sequence of frames, with no interleaved frames of any other type or from any other stream.
指定当步兵单位站着闲得没事的帧序列。这会使步兵单位不至于看起来像一尊雕像一样。
Specifies frames used when an infantry unit is standing around. This makes it look less like a statue when idle.
传统的工程动画都是以现有的三维软件为平台进行建模、获得渲染帧序列后，用流媒体文件来实现动画。
The traditional engineering animation is realized by building the model in 3d modeling software, and then by rendering to get serial frames to form a steam-media file.
一个报头HEADERS或者延续CONTINUATION帧序列的最后一帧必须有报头终止标记设置。
The last frame in a sequence of HEADERS or CONTINUATION frames MUST have the END_HEADERS flag set.
其次，分析了视频数据的特点和视频数据处理的层次化结构，并介绍了将视频转化为连续图像帧序列的方法。
And then, the characteristic of video data and the model structure of video analysis are presented. It is explained how to get the seriate image frame sequence from the video.
大量的实验结果表明，本文提出的方法对全I帧序列能够带来66.4%的时间节省，同时几乎不损失编码图像质量；
The experimental results show that the proposed method can achieve timesaving by 66.4% for all intrasequences with almost no loss of picture quality.
该函数按时间反向移动各帧，从图像序列的最后一幅到最前一幅。
This function moves each frame back in time from the last image in the sequence to the first.
这些关键帧创造出一个序列达到动画的效果。
由于输入视频序列的每一帧被分割成任意形状的视频对象平面(VOP)，这样每个VOP描述了一个语义意义的对象或所感兴趣的视频内容。
Each frame of the input sequence is segmented into arbitrarily shaped image regions (VOP's) such that each VOP describes one semantically meaningful object or video content of interest.
这个充分条件对LA码的序列设计和采用LA码的系统帧结构的设计都有着重要的意义。
This sufficiency condition is important for the design of LA code and the frame structure of the system in which LA code is used.
数据包被转发前需要被完全接收下来，并且计算帧校验序列，该序列值错误的包将会被丢弃。
The frame is completely received before it is relayed as the Frame Check Sequence (FCS) is to be calculated and the frame discarded if in error.
针对帧间旋转图像序列的稳定处理，提出一种新的运动矢量探测方法。
A new detection method of motion vector was proposed in order to stabilize image sequence with rotation.
在电子稳像中，利用灰度投影的方法可以实现图像序列帧间运动矢量的检测。
The gray scale projection algorithm can detect motion vector of image sequential frames in electronic image stabilization.
灰度投影算法是检测图像序列帧间运动矢量，实现电子稳像的关键技术之一。
The gray scale projection algorithm is a key technique for detecting motion vector of image sequential frames and realize electronic image stabilization.
首先，利用运动检测器将图像序列的每一帧分割成静止区域与运动区域。
Firstly, each frame in image sequence is distinguished between stationary and moving regions by using a motion detector.
首先，利用运动检测器将图像序列的每一帧分割成静止区域与运动区域。
Firstly, each frame in image sequence is distinguished between stationary and moving regions by using a motion detector.
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