电影摄像机通常是以大约一秒24帧的速度运转的。
Movie cameras typically operate at a speed of about 24 frames per second.
突然，就在两帧图像中间他看到了，那是一个既生动又强烈的极度痛苦的表情，只持续了不到15分之1秒。
And suddenly, there, across just two frames, he saw it: a vivid, intense expression of extreme anguish. It lasted less than a 15th of a second.
此时，使用的是48帧/秒，每帧都分左右两边的图片。
In this case, 48 frames per second are used, with frames alternating for left eye and right eye pictures.
iPad2上的后置摄像头能够摄录720线、30帧/秒高清有声视频，前置摄像头能够摄录30帧/秒VGA（视频图形阵列）视频。
The rear-facing camera can record 720p high-definition content at 30 frames per second (fps) with audio, and the front-facing camera records VGA (video graphics array) video at 30fps.
美中不足的是，10帧/秒的拍摄需要充足的光线，这在室内就有些捉襟见肘了。
Now, there are a few flies in the ointment.That 10-frames-a-second mode requires a lot of light;
基准性能表明平均响应时间为37.6毫秒(请看jmeter帧的右下角)。
The baseline performance shows an average response time of 37.6 milliseconds (see lower right-hand corner of the JMeter frame).
30秒后，当泰洛斯1号卫星拍摄第3帧图像时，它已经移向了西北方。
When TIROS-1 acquired frame 3 thirty seconds later, the satellite had moved northwest.
在这个例子中，所有的处理都在16毫秒限制内发生，所有帧都按时交付，而用户则获得了平滑、流畅的体验。
In this example, all the processing happens within the 16ms time limit, all the frames get delivered on time, and you get a smooth, buttery experience.
以秒计算，完成最后一帧的时间（只读）。
The time in seconds it took to complete the last frame (Read Only).
优化一个单一的子帧利用发达算法下了3秒钟就一个典型的工作站。
The optimization of a single sub-frame using the developed algorithm took under 3 seconds on a typical workstation.
计算分析表明，该光路可在一帧数字全息图上连续记录间隔为纳秒量级的多幅超快过程的动态图像。
Computation result shows that a series of dynamic multi-images in nanosecond time scale of ultra-fast process can be automatically recorded on a piece of digital hologram.
用这种方法对一帧图像进行一次运动估计约需0.1秒，可以用于实时的视频分割系统中。
It only takes 0.1s for the algorithm to perform motion estimation for a frame of picture. It can be used in real time video segmentation system.
要使用的缩放和颜色变量被定义在关键帧的5秒周期内。
The desired values of the scale and color variables are defined within the 5 seconds interval of the keyframe.
每一秒电影需要由12帧单格动画制成。
For one second of film, up to 12 stop-motion moves had to be made.
因此，在某些传输模式中，可能需要超过130毫秒来接收一个完整帧，故会延迟所接收的视频信号的解码与解调。
Thus, in some transmission modes, it may take more than 130 milliseconds to receive a complete frame, thereby delaying decoding and demodulation of the received video signal.
操作过程可能需要很少的一秒到几分钟，取决于操作对象的数量和处理帧的数量。
The operation can take from less than a second to several minutes, depending on the amount of objects to process and the number of frames.
操作过程可能需要很少的一秒到几分钟，取决于操作对象的数量和处理帧的数量。
The operation can take from less than a second to several minutes, depending on the amount of objects to process and the number of frames.
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