audio video的例句大全

The AVI ( Audio Video Interleave ) format was developed by Microsoft.

AVI ( 音频、视频转换 ) 格式是微软开发的技术.

avs-rel is an xml-based right expression language which is proposed by audio video coding standard workgroup of china.

AVS-REL是由中国音视频标准化工作组（AVS）提出的一种基于XML的权限描述语言，它描述了数字内容使用时相关的权利、约束和义务等。

TS data stream is commonly used in digital television stream standard. The data stream can be compressed audio and video data, and can also be other relevant data.

TS数据流是数字电视领域普遍使用的码流格式，该数据流可以是压缩后的音视频数据，也可以是其他相关数据。

VCD Information Structure and Information Disposition of Audio and Video

VCD信息结构与音视频信息处理

In addition, if all of the audio and video data is stored, we not only need large-capacity storage space, but also have to copy and clear the data regularly.

另外，音视频数据量巨大，如果将所有数据都保存，不仅需要大容量存储空间，而且定期要拷贝、清除数据。

The Application of Time Code in Audio-video Frequency Production

时间码在音视频制作中的应用

Audio-video synchronization technique based frame structure and TDMA ( time division multiplex access) based on timer were proposed aiming at WiFi module. The pointer to pointer wireless transmission of access system performed timely.

其中针对WiFi模块，提出了基于定时器的分时复用的传输方法和基于帧结构的音视频同步机制，实现可视门禁系统点对点的无线音视频实时传输。

However, the audio-video resources are characterized by large amount of data and high demand of timeliness, so their sharing is much more complex than ordinary text and picture information.

然而，视音频资源数据量大、实时性要求高，它们的共享比普通文本、图像信息的共享复杂得多。

Research on a Video Frame Losing Compensation Algorithm Based on Audio Time Mark

一种以音频为基准的视频捕获丢帧补偿算法的研究

Real time transmission and playback of Audio and Video are developed base on Visual C++ 6.0. Strategy and algorithm of real time synchronism transmission of Audio and Video data are studied and realized.

在Visual c++6.0平台上开发视频和音频实时传输和回放，对视频音频数据实时同步传输策略和算法进行探索与实现。

Study on Real Time Transmission of Video and Audio Data over IP Network

IP网视频音频实时传输的研究

The paper makes an analysis on distributed multimedia real time transmission systems. On this basis it introduces RTP/ RTCP and IP Multicast and their application in audio/ video real time transmission and control.

本文在分析了分布式多媒体实时传输系统的基础上，并说明了RTP/RTCP协议和IP multicast在单频和视频传输及控制中的应用。

The timing information ( PCR in the TS layer, PTS and DTS in the PES layer) in the MPEG-2 transport stream is discussed in this paper, and its function on synchronizing the video and audio in a decoder is pointed out.

文中讨论了MPEG2传输码流中的时间信息（传输层中的节目参考时钟，PES层中的显示时间标签和节码时间标签）在音视频同步中的作用。

Being different from the existing measurement method for A/ V delay, the system does not produce random noise to interfere audio test, and does not need video test signal to interrupt live program.

与现有测定A/V延时的方法不同，它不存在干扰音频测试的随机噪声，也不需要中断实际节目的视频测试信号。

Besides applications with real variable source data, E-Strategy can also be extended to multimedia applications with audio, image and video source data.

此外，E-Strategy策略不仅适用于实数值原始数据的情形，还可以推广到以声音、图像及视频为原始数据的多媒体应用场景。

Application of time code in audio/ video program production

时间码在音视频节目制作中的应用浅析

As the rapid progress of Internet, people are not satisfied with transporting simple texts or picture information through Internet. More and more complex multimedia information, especially the Audio/ Video sequences, becomes popular over Internet.

随着Internet的迅猛发展，人们已经不满足于在网络上传输简单的文本图像信息，更加丰富的多媒体信息，特别是连续的媒体内容（视频和音频）已经开始在互联网上普及。

It not only has all the functions of traditional DVD player, but also has the unique advantage of recording the audio and video signal from player, TV, digital video, and it can edit the multimedia content.

DVD录像机不但具有传统DVD播放机的各种功能，还具有把来自其它播放机、电视、数码摄像机的音视频信号录制保存的独特优势，亦可对多媒体内容进行编辑。

However, in order to do the internet-based rough editing in a low bandwidth condition, it is suggested that the video-audio sequences should be read from the high bit rate news video files, and be made into an index table of the news video files.

然而为了实现基于Internet的低带宽视频粗编工作，本文提出了先在交换平台上解析出高码流新闻视频文件中的视音频序列，生成新闻视频文件的索引表。

The Speaking face detection based on video information, which means through lip-moving to judge who is speaking without audio information.

基于视频信息的说话者检测，就是不借助音频信息，单从说话者的嘴唇动作来判定谁在说话的检测方法。