| 1. | On a ring network , the direction opposite to that of data flow
在环形网络上，与数据流方向相反的比特流。对照downstream |
| 2. | We choose the jpeg algorithm to compress static image and the h . 263 for video image
263压缩算法实现了基于低比特流的视频数据压缩编码。 |
| 3. | Synchronization capture can be realized by conducting relevant calculations on the received code flows and specific bit patterns
同步获取可以通过将收到的比特流与特定的比特图案进行相关运算来实现。 |
| 4. | The algorithm structure of g . 729a is the same as that of g . 729 and the bitstream of g . 729 a is interoperable with that of g . 729
729减少复杂度的版本，其编解码算法结构与g 729的编解码算法结构一样，其比特流与g 729的比特流可互操作。 |
| 5. | Digital audio - interface for non - linear pcm encoded audio bitstreams applying iec 60958 - part 3 : non - linear pcm bitstreams according to the ac - 3 format ; corrigendum 1
数字音频.应用iec 60958的非线性pcm编码音频位流的接口.第3部分:符合ac - 3格式的非线性pcm比特流.技术勘误1 |
| 6. | Digital audio - interface for non - linear pcm encoded audio bitstreams applying iec 60958 - part 4 : non - linear pcm bitstreams according to the mpeg audio format ; corrigendum 1
数字音频.应用iec 60958的非线性pcm编码音频位流的接口.第4部分:符合mpeg音频格式的非线性pcm比特流.技术勘误1 |
| 7. | Compare the performance of various manufacturers codecs , including coded video bit stream syntax verification , continuous real - time histogram of video code types , and calculated performance parameters
比较各个制造商编解码器的性能，包括编码的视频比特流句法验证，视频代码类型的连续实时直方图，以及计算后的性能参数。 |
| 8. | G . 729a is the reduced - complexity version of 8kbit / s speech coding algorithm g . 729 standardized by sg15 of itu - t . the algorithm structure of g . 729a is the same as that of g . 729 and the bitstream of g . 729a is interoperable with that of g . 729
G . 729a是8kbit / s语音编码标准g . 729减少复杂度的版本,其编解码算法结构与g . 729的编解码算法结构一样,其比特流与g . 729的比特流可互操作。 |
| 9. | The simulations show that these kind controllers not only include the fine performances of the traditional fid controller but also do well when great disturbances are met with or the parameters of the model are changed
仿真表明这类控制器不仅具有传统pid控制器的优良特性，而且由于模糊逻辑的加入，当系统受到可变比特流的干扰或系统参数变化时，控制器翔玉能很好地完成控制任务。 |
| 10. | Although ranging is adopted , certain phase shifts still exist between bit flows from onus to olts . therefore , fast synchronization must be applied to synchronize the receiving clock of olt to the bit flow being received from a certain onu
虽然采用了测距技术，但是各onu到达olt处的比特流仍存在一定的相位漂移，所以必须采取快速同步的技术，将olt的接收时钟同步到当前所接收的、来自某一onu的比特流。 |
