压缩码的英文

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英文翻译
造句

compressed code

压缩 compress; condense; reduce; ...
码 a sign or object indicating ...
短缩码 abbreviated cade
简缩码 brevity code
紧缩码 packed code
收缩码 punctured codes
压缩 compress; condense; reduce; cut down; compression; contraction; compaction; pack; reduction; recompression; hoop (静水压的) 压缩非生产性开支 cut down non-productive expenses; 压缩国内需求 depress [lowering] domestic demand; 压缩机关团体购买力 limiting government institutions' purchase of consumer goods; 压缩不适当进口 reduce inappropriate imports; 压缩一则新闻报道 condense a news story; 压缩比 compression ratio; ratio of compression; 压缩饼干 ship biscuit; pilot bread; hardtack; 压缩成型机 compacting shape machine; 压缩冲程 [机械工程] compression stroke; 压缩处理 compressing; 压缩点火 compressed ignition; [机械工程] compression ignition; 压缩制冷 compression refrigeration; 压缩制冷机 compression refrigerating machine; 压缩作用 compression
压缩；压缩力 compression
白压缩 white compression
表压缩 list compaction; table compression
冰压缩 ice compactness
波压缩 wave compression
不压缩 pcm
超压缩 supercompression
纯压缩 pure compression; simple compression
次压缩 secondary compression; secondary consolidatin
带压缩 band compaction
单压缩 simple compression
肺压缩 lung compression
复压缩 compound compression
干压缩 dry compression
过压缩 excessive rolling; overcompression
黑压缩 black crushing
解压缩 decompression; explode; extraction; uncompressing; unzip
可压缩 coercible gas; compressible

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例句与用法

In general , due to its huge volume of video data , video information is always stored and transmitted in compressed form
正是数字视频的巨大的数据量，使得视频信号一般以压缩码流的形式存储和传输。
This will be begged that the image compression technology not only have good compression efficiency but also can handle nimbly the compression code rate
这就要求图像压缩技术不仅要有良好的压缩效率，而且还可以灵活处理压缩码率。
This requires the image - compression technology to be not only more efficient in compressing images , but also to be more flexible in dealing with compress coding ratio
这就要求图像压缩技术不仅有良好的压缩效率，而且还要能灵活地处理压缩码率。
Therefore , the research target of video coding has been shifted from a pure compression viewpoint to designing a coding system that allows efficient transmission . the compressed stream should be capable of accommodating a variety of applications with diverse constraints in network bandwidth or receiver complexity
因此,视频编码的目标已经由面向存储,即单纯追求压缩效率,转为面向传输,希望压缩码流能够适应各种应用环境,而不会受到网络传输带宽、用户状况等条件的限制。
There are several procedures used to reduce these deteriorating effects , including the use of forward error correction techniques , error concealment methods and error resilience schemes . this paper studies error resilient techniques in internet video transmission . in this techeniques , reed - solomon ( rs ) codes across packets is used for error protection against packet loss , and a self - adaptive error concealment method based on motion feature is proposed , which can conceal errors more effectively , particularly for video sequences with acute motion
本文针对因特网视频传输中的丢包现象进行研究，一方面利用rs编码来提高视频压缩码流抵抗误码的能力；另一方面，提出了一种基于运动特征的自适应误码掩盖方法，能够较好的掩盖视频传输带来的误码，特别对于运动幅度较大的视频序列更能体现出其优势。
After the comprehensive consideration of different architecture , the dct domain partial encoder transcoding scheme , which eliminated the drift error by motion compensation , was chosen as the system architecture . this architecture not only kept the video quality well , but also intelligently utilized the coding information of the input compressed video stream
在综合考虑各种结构性能的基础上,确定了基于dct域的部分编码转码架构为转码器结构,从而在保证视频质量的同时最大限度地利用压缩码流中的信息,提高转码效率。
For video codec , after analyzing and researching the newest standard h . 264 , an efficiency algorithm was proposed in this paper using self - feature , spatial correlation and temporal correlation to judge the encoding mode of one macro - block . through this method , the best prediction mode can be obtain before encoding , then , the coding time can be reduced dramatically with a little expense of bit - rate . for video transmission , in this paper , a transmit method was proposed using tcp / ip protocol under the environment of local networks
首先,在分析及研究最新的视频编码标准h . 264的基础上,利用宏块自身的特点和其时间、空间的相关性来判断宏块应该采用的编码模式,从而提前得到该宏块的最佳编码模式,新方法有效地克服了原标准算法中穷举式的复杂算法,在压缩码流只有少许增加的情况下,大幅度地提高了帧内及帧间编码的速度。
The speech quality of g . 722 . 1 almost equals that of g . 722 , and the algorithm of g . 722 . 1 is not very complex , whose coding rate is half of g . 722 . g . 722 . 2 has low coding rate but it ’ s quite complex . based on the need of the project in practice , g . 722 . 1 is chosed , which is accomplished on tms320vc5416 produced by texas instrument in america . the speech data compressed by tms320vc5416 is transmited to embedded pc through pc104 bus , and then is decoded by the decoding software in embedded pc
G . 722的算法延迟很小,传输误码率低,但其编码比特率高,为64 、 56或48kbit / s ; g . 722 . 1的音质与g . 722相当,但码率降低了一半,而且算法的复杂度增加不大,一般的dsp都可以实现; g . 722 . 2的压缩码率小,但算法的复杂度很高,需要用高档dsp才可处理。