为了解决这一矛盾，急需开发一种新型的无线图像传输系统。
To resolve the big contradiction, a new wireless transmission system is urgently needed to be developed.
提出了一种应用于无线图像传输的RS -LT级联编码方法。
A method of combining RS-LT concatenated codes for wireless image transmission was presented in this paper.
最后，就无线图像传输和机器人无线控制的实验结果进行了分析和讨论。
Finally, experiments on wireless image transmission and wireless control are analyzed and discussed.
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。
So, the 3G wireless communication network and efficient image compression technology are the keys to future studies of wireless video transmission technology.
随着人们对微小型设备需求的不断增长，微型无线图像传输系统成为当今科研领域的一大热点。
With the continual development of subminiature equipment, minisize wireless image-transmitting system becomes a hotspot in scientific research.
但目前市场上的无线图像传输产品有限，并且无法满足图像的高质量、远距离和快速移动的传输要求。
But the products available in the market are limited and can not meet the requirement for transmitting high quality video with long distance and fast movement.
本论文首先对目前战场上运用的几种主要侦察手段进行对比分析，提出了设计微型无线图像传输系统的必要性。
First this thesis analyzed different kinds of little area battlefield detective means, it proved it was necessary to design minimize wireless image-transmitting system.
本文提出了一种基于GPRS的无线图像传输系统设计原理和实现方案，简要介绍了GPRS技术的基本知识，描述了GPRS无线传输应用于远程图像监控的实现方法。
The paper introduces GPRS technology briefly and describes the implementation method of remote image monitor by applying GPRS wireless transmission.
在图像有线传输的基础上，研究便携式无线射线图像采集传输处理系统。
On the basis of cable transmission method, the method of wireless transmission is put forward to study the portable wireless system for acquisition, transmission and processing of radiography.
近距离无线图像采集系统是基于单片机的嵌入式系统，主要完成对图像的采集，压缩以及传输三个功能。
Image acquisition system is a short-range wireless microcontroller-based embedded systems, mainly to complete the image acquisition, compression and transmission three functions.
近距离无线图像采集系统是基于单片机的嵌入式系统，主要完成对图像的采集，压缩以及传输三个功能。
Image acquisition system is a short-range wireless microcontroller-based embedded systems, mainly to complete the image acquisition, compression and transmission three functions.
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