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。
This paper implements a novel design of embedded intelligent wireless video sensor network system.
本文设计实现了一种新型嵌入式智能无线视频传感器网络系统。
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。
This dissertation has conducted the research focusing on the key technologies in H. 264 based wireless video communication system.
本文针对基于H . 264的无线视频通信系统中的关键技术展开了深入细致地研究。
A scheme is given, which is based on the basic principle of wireless video monitoring and the distribution of the Communication Technology specialized LABS.
根据无线视频监控的基本原理和通信技术专业校内实训室的分布情况设计了无线视频监控建设方案。
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。
A general model of multiple video stream scheduling applied in wireless video monitoring center was proposed to achieve realtime monitoring of multiple scenarios.
提出了一种用于无线视频监控中心多路视频流调度的通用模型，以实现对多个场景的实时监控。
This paper describes an embedded 3g wireless video monitoring system based on high-speed ARM9-based embedded processor and highly efficient H. 264 compression algorithms.
介绍了一种基于ARM9高速嵌入式处理器和H . 264高效压缩算法的嵌入式3g无线视频监控系统。
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 recent years, with the increase of the wireless business, people are more and more interested in videophone, and wireless video communication becomes the new demand of the wireless communication.
近年来，随着无线业务的增加，人们对可视电话等视频业务越来越感兴趣，无线视频通信成为无线通信的新需求。
Therefore, there are great commercial prospects and important academic value to build a source codec system with efficiency, robust and low computational consumption for wireless video communication.
因此，如何针对无线视频通信的特点建立一个高效、鲁棒、低耗的信源编解码系统，存在着巨大的商业前景和重要的学术价值。
Therefore, there are great commercial prospects and important academic value to build a source codec system with efficiency, robust and low computational consumption for wireless video communication.
因此，如何针对无线视频通信的特点建立一个高效、鲁棒、低耗的信源编解码系统，存在着巨大的商业前景和重要的学术价值。
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