Recently, the model has been applied in dynamic live video wireless transmission system, and good application effect is achieved.
目前，该模型已经应用于现场视频无线动态传输系统，取得了良好的应用效果。
About the software part of the video server, achieved the functionality of video input, video coding, video control, video output and video wireless transmission.
在视频服务器的软件部分，实现了视频输入、视频编码、视频控制以及视频输出并进行无线传输的功能。
Video transmission over unreliable channels such as wireless channels and Internet has become trend of video communication.
通过无线和互联网传输视频是视频通信的发展趋势。
Original video data must be compressed for transmission in wireless network because of its high bandwidth.
由于原始视频信号数据量巨大，必须经过压缩才能在无线网络中传输。
The study on robust video transmission over IP and wireless network is the most challenging topic and of great importance.
针对IP网络和无线网络的可靠性编码及传输技术是目前视频技术研究的又一重大领域；
Motion picture's compress code and decompress decode in real time is the key part of highspeed wireless video transmission system.
运动图像实时压缩编码和解压缩解码是高速无线视频传输系统的核心部分。
Wireless audio transmission system, receiver, video recorder and audio mixer.
无线音频传输系统，接收器，视频摄像机和音频混合器。
This paper gives a thorough study on the robust transmission problem of video in the wireless network, and proposes a novel video transmission error concealment method.
该文对无线网络环境下视频图像的鲁棒性传输问题进行了研究，提出了一种新的视频图像传输差错恢复方法。
Wireless communication is becoming a main part of multimedia communication services and the video coding and transmission are turning into the new research focus.
无线通信正在成为多媒体通信业务的一个新的主体，其视频的编码和传输问题也正在形成新的研究热点。
UEP(unequal error protection)scheme for wireless video transmission based on MPEG-4 was proposed.
提出一种基于MPEG-4的无线视频传输非等重误码保护方案。
The research field of this course is wireless communications. It studies the key technologies related to large-capacity video transmission and analyzes the technical systems.
本课程研究领域属于无线通信领域，研究方向是面向大容量视频传输相关的关键技术研究和技术体制分析。
To solve this problem, the paper designs and implements wireless real-time video transmission system based on multi-link aggregation.
针对这一问题，本文设计并开发了一个基于多链路聚合技术的无线实时视频传输系统。
The system's wireless network video transmission and intelligent network control functions are implemented with the use of multi-thread technology and optimized Real-time Transport Protocol (RTP).
利用多线程技术和优化了的实时传输协议RTP实现了视频数据的无线网络传输和智能网络控制功能。
Thus, it becomes a pressing problem to solve robust transmission for video business over wireless channels.
因此，解决视频等高速率数据业务通过无线信道的鲁棒传输成为一个紧迫的问题。
Wireless channel is a great limitation for reliable video transmission.
无线信道对于可靠的视频传输具有很大的局限性。
Therefore, to realize real time transmission of video traffic over wireless channels, the error resilience of video coding must be improved, without significant compromises in video coding efficiency.
因此，要在无线信道上开展视频业务，必须在保证视频编码压缩效率的同时，提高视频编码的容错性能。
In order to verify the proposed wireless real-time video transmission system, the paper evaluates it in the real world and simulation environments.
为了验证本文提出的基于多链路聚合技术的无线实时视频传输系统，本文分别在模拟环境下和实际环境下进行了相关测试。
In particular, we are interested on video transmission applications that use ad-hoc wireless networks, where the transport network service is usually very poor.
尤其，我们对于视频传输应用专门的无线网络的视频播送应用感兴趣，然而在那里运输网络服务通常非常差。
So, the 3G wireless communication network and efficient image compression technology are the keys to future studies of wireless video transmission technology.
因此3G无线通讯网络和高效率图像压缩技术是无线图像传输技术需要进一步研究的重点。
This work together with previous work concerning error resilient video coding, form a complete solution for robust video transmission over wireless channels.
这部分内容与前面的视频容错编码算法共同构成了一个完整的高鲁棒性的无线视频传输解决方案。
So it becomes a pressing problem to solve robust transmission of video over wireless channels.
因此，解决视频等高速率数据通过无线信道的鲁棒传输成为一个紧迫的问题。
However, wireless channels have enormous limitations to reliable high data rate transmission, especially for video.
无线信道对于可靠的视频传输具有很大的局限性。
The limited transmission rate available on the Public switched telephone network (PSTN) and on wireless networks presents a significant challenge to digital video communications.
这些应用对传输速率有限的公共交换电话网(PSTN网)和无线网络提出了重大挑战。
Video acquisition and transmission system mainly consists of front-end video capture and central servers, this system main research wireless video capture front-end design and implementation.
视频采集传输系统主要由视频采集前端和中心服务器组成，本系统主要研究无线视频采集前端的设计和实现。
In the aspect of hardware design, it includes video acquisition module, video processing module, wireless transmission module and Host receiving module.
在硬件设计方面，主要分为视频采集模块、视频处理模块、无线传输模块和主机接收模块四个部分。
A UEP (unequal error protection) scheme for wireless video transmission based on MPEG-4 was proposed.
提出一种基于MPEG- 4的无线视频传输非等重误码保护方案。
In the wireless video broadcasting system, layered transmission is an effective way to support heterogeneous receivers with varying bandwidth requirements.
在无线视频广播系统中，分层传输可以有效支持不同带宽要求的接收者。
In the wireless video broadcasting system, layered transmission is an effective way to support heterogeneous receivers with varying bandwidth requirements.
在无线视频广播系统中，分层传输可以有效支持不同带宽要求的接收者。
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