在中断了通常的搜索远距离宇宙爆炸任务后，NASA的Swift人造卫星获得了邻近螺旋星系的紫外线高质量图像。
In a break from its usual task ofsearching for distant cosmic explosions, NASA's Swift satelliteacquired the highest-resolution view of a neighboring spiral galaxyever attained in the ultraviolet.
本文针对可见光和红外热图像序列中远距离目标检测，提出了一种基于决策级融合的目标检测方法。
Aim at the problem of detecting for long distance targets with visual and thermal infrared image sequences, a method of targets detection based on multisensor decision level fusion was developed.
从手机远距离拍摄的图像中，团队得到了一张驾照的图片，追踪到一个土耳其的领事埃罗。坦巴克。
With a camera phone far off, the gang gets an image of a license plate which is traced to a Turkish consulate Erol Tabak.
提出了一种远距离传输红外图像的目标识别方法。
A target recognition approach to infrared images of remote transmission is presented.
针对可见光和红外热图像序列中的远距离目标，提出了一种基于信息融合的目标检测方法。
In this paper, the long-range target detection based on data fusion in visual and thermal infrared image sequences is proposed.
并且已经成功地应用于某军用航空相机远距离倾斜摄影的光学图像自动快速镶嵌系统。
The model has been applied successfully to optical image automatic fast mosaic system on some military aerial camera remote slope photo-graphy.
针对可见光和红外热图像序列中的远距离目标检测问题，提出了一种基于模糊积分的可信度融合的目标检测方法。
Aimming at long distance targets detection problem in visual and thermal infrared image sequences, a confidence fusion detection method based on fuzzy integral.
目的：利用脚踏开关远距离脚踏控制PC进行医疗图像采集。
Objective To realize foot switch long-distance control of PC for medical image acquisition.
针对远距离高空航拍图像中桥梁目标的典型场景，提出了一种基于知识的桥梁目标识别方法，完成了远距离高空航拍图像中桥梁目标的检测。
Through analysis of the features of bridge objects in long-rang air-plane images, a knowledge-based method for bridge recognition is proposed in this paper.
因此，远距离成像的点目标检测问题是近年来小目标红外图像检测与处理研究的热点和难点。
Therefore, point target detection of remote imaging is hot and difficult in infrared image detection and processing in recent years.
由于该方法所要传输的信号数据量较小，所以十分有利于远距离的图像传输。
Due to small amount of the data used, this method is very useful to transform images with a long distance.
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.
用CCD（电荷耦合器件）拍摄远距离目标时，大气湍流使得图像发生畸变，导致CCD无法有效的用于远距离目标的识别与监控。
The image will be distorted when we take the object's picture with CCD at long range because of atmosphere turbulence. We can't availably recognize and monitor long distance object for this reason.
为了解决高速图像的实时采集、远距离传输等问题，我们自主设计并开发了分布式高速图像实时采集系统。
The high speed, real time image capturing system based on distributed is designed in order to resolve the issue of high-speed image capturing in real-time and remote distance transmitting.
为了解决高速图像的实时采集、远距离传输等问题，我们自主设计并开发了分布式高速图像实时采集系统。
The high speed, real time image capturing system based on distributed is designed in order to resolve the issue of high-speed image capturing in real-time and remote distance transmitting.
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