编码器首先由预设值的帧持续时间计算出帧大小，然后拿结果的采样数与帧大小限定的值作比较。
The encoder first calculates the frame size for the preset's frame Duration and then compares the resulting sample count with the frame size Limit value.
编码器比较一次又一次的证明了，没有自适应量化的编码器根本无法竞争。
Encoder comparisons have showed over and over that encoders without adaptive quantization simply cannot compete.
通过与两种传统编码器特点的比较，突出了准绝对式光学编码器的显著特点，指明了其未来良好的应用和发展前景。
Compared with the two old ones, remarkable properties of virtual absolute encoder have stand out, and it will be adopted widely in the future.
传统视频编码器需要增加大量额外的存储器和电路完成以运动检测功能，且码率控制算法也比较复杂。
Conventional video encoder needs large amount of extra memory and circuit to implement the motion-detection function, and has a large computational complexity on rate-control function.
对于特定人连续语音识别系统和非特定人连接词识别系统，在使用不同的特征矢量时，不同编码器产生的识别效果有比较大的差异。
Using different feature vectors, the effect of the vocoders differs on speaker dependent continuous speech recognition and speaker independent connected digits recognition.
对于特定人连续语音识别系统和非特定人连接词识别系统，在使用不同的特征矢量时，不同编码器产生的识别效果有比较大的差异。
Using different feature vectors, the effect of the vocoders differs on speaker dependent continuous speech recognition and speaker independent connected digits recognition.
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