video conferencing

video conferencing的基本解释

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视频会议

与video conferencing相关的网络例句 [注：此内容来源于网络，仅供参考]

Inputs and Outputs Front Panel: Phones: Standard headphone output jack (gold-plated) Video 4: Gold-plated stereo RCA jacks, gold-plated RCA composite video jack and S-video jack Digital Optical 3 Input: Standard Toslink digital input with a plastic protective plug Digital Coax 3 Input: Standard gold-plated coaxial digital jack Back Panel: AM Loop Antenna Input: Two thumb screw connections FM 75-ohm Antenna input: Threaded "F" type connector Tape Input/Output: Stereo RCA jacks Video 3 Input: Stereo RCA jacks, RCA composite video jack and S-video jack Video 2 Input/Output: Stereo RCA jacks, RCA composite video jacks and S-video jacks Video 1 Input/Output: Stereo RCA jacks, RCA composite video jacks and S-video jacks DVD Input: Stereo RCA jacks, RCA composite video jack, and S-video jack CD Input: Stereo RCA jacks Monitor Output: RCA composite video jack and S-video jack Subwoofer Preamp Output: 1 RCA jack Digital Optical 1 Input: Standard Toslink digital input with a plastic protective plug Digital Optical 2 Input: Standard Toslink digital input with a plastic protective plug Digital Coax 1 Input: Standard coaxial digital jack Digital Coax 2 Input: Standard coaxial digital jack Digital Optical Output: Standard Toslink digital output with a plastic protective plug Digital Coax Output: Standard coaxial digital jack Remote Control In/Out Jacks: One mini-jack input and one mini-jack output Speaker Outputs: Binding post outputs for front left, front right, surround left, surround right, and center speakers (posts are not 5-way binding posts, because each post has a plastic collar that prevents used with spade lugs and the posts are too far apart to use dual banana plugs) AC Outlets: One unswitched AC outlet and one switched AC outlet

投入和产出接待小组：电话：标准耳机输出插孔视频4 ：镀金立体声RCA插孔，镀金的RCA复合视频插孔和S - Video插孔数字光学3输入：标准Toslink数字输入与一个塑料保护插头数字同轴3输入：标准镀金同轴数字接口背板：上午环形天线输入：两个拇指螺丝连接调频75欧姆天线输入：线程的& F &型连接器，磁带输入/输出：立体声RCA插孔视频3输入：立体声RCA插孔，插孔的RCA复合视频和S - Video插孔视频2输入/输出：立体声RCA插孔，莲花复合视频插孔和S - Video插孔视频1输入/输出：立体声RCA插孔，插孔的RCA复合视频和S端子接口的DVD输入：立体声RCA插孔，插孔的RCA复合视频和S -视频CD输入端插孔：立体声RCA插孔监视器输出：复合视频的RCA插孔和S - Video插孔低音前置输出： 1的RCA插孔数字光1输入：标准Toslink数字输入与一个塑料保护插头数字光2输入：标准Toslink数字输入与一个塑料保护插头数字同轴输入1 ：标准同轴数字接口数字同轴2输入：同轴数字接口标准数字光输出：标准Toslink数字输出塑料防护插件数字同轴输出：标准同轴数字接口远程控制在/输出插孔：一个迷你插孔输入和1个小型插孔输出扬声器输出：结合后产出的左前方，右前方，左环绕，右环绕和中心发言（职位不是5个具有约束力的方式，因为每个职位有一个塑料环，可以防止使用铁锹派和职位过于遥远使用双香蕉插头）交流插座：一个unswitched AC插座和一个开关AC电源插座

The related technology of video conferencing is explored and analyzed by this article; the development and present situation of the video conferencing system at home and abroad are also described in this article; the system's communication technology as well as the enabling technology of audio and video synchronization are analyzed and discussed, as well as the architecture of research and development of video conferencing system is also put forward and summarized.

本文分析和探讨了视频会议的相关技术，介绍了视频会议系统在国内外的发展和现状，并对该系统中的通信技术进行了分析。在对系统中的音频和视频同步的实现技术上，做了分析和讨论，对视频会议系统的研发做了架构和总结。

And this really doesn't even touch systems such as desktop video conferencing, the extensions of phone conferencing and the interaction of VoIP services with all forms of web conferencing.

这确实甚至没有触摸系统，如桌面视频会议，扩展了电话会议和相互作用的VoIP服务，一切形式的网络会议。

与video conferencing相关的网络解释 [注：此内容来源于网络，仅供参考]

video conferencing：视 像 会 议

全球经济同步放缓冲击许多行业和产品与服务市场,但据业者反映,视像会议(video conferencing)产品与服务的需求增长趋势,在此时反而更强了. 中国合成革高科除了从事于皮革产品业务之外,也是中国的造型纸(Pattern Moulding Paper)的生产商之一.

video conferencing：视频会议

它不同于自助式ODR模式,有现实仲裁员或调解员主导争议的解决常用的交流手段有电子邮件(E-mail)、聊天室(chat)、网络会议(web conferencing)、视频会议(video conferencing)等.

video conferencing：视讯會议

光纤市场将于2004~2010年蓬勃发展,每年复合成长率均超过30%,目前的网络市场在未来几年逐步为光纤市场所取代,未来之随选视讯(Video on Demand)、随选电影(Movie on Demand)、视讯会议(Video Conferencing)、远距教学(Distance Learning)、在线

video conferencing：会议电视

最近几年,可视化通讯的市场条件和社会呼声日益成熟,会议电视(Video Conferencing)开始在一些领域获得青睐,国际电信联盟ITU紧锣密鼓相继制定的H.323等活动图像通讯协议也有力的加剧了这一演化过程.

Video conferencing system：电视会议系统

今天,在可视电话(videotelephone)和更昂贵的电视会议系统(video conferencing system)上,带宽与计算之间的交换条件十分明显. 如果在线路的两端都进行数字计算,你就可以减少来回传输的比特. 在线路的两端投入一些资金进行数字影像处理,