Therefore, UAV image navigation based on infrared and visible light image registration is an ideal and reliable navigation method.
因此，以红外和可见光图像配准为基础的无人机图像导航是一种理想而又可靠的导航方式。
A solution of mini UAV image capture and transfers system and its special target recognition algorithms are presented in this paper.
本文提出了针对小型无人机的图像采集传输系统的一种解决方案以及特定的目标的识别算法。
For image sequence, this paper proposes a scheme of UAV image sequence compression and realizes it on base of the static image compression coding algorithm before.
序列图像压缩方面，在静态图像压缩算法基础上，提出并实现了一种基于小波的无人机序列图像压缩方案。
The UAV aerial images have fine resolution. The main problem of the UAV image aided navigation is how to pick-up the main character and reduces the calculation cost.
无人机航拍图像具有很高分辨率，如何提取主要特征并降低计算代价是无人机图像匹配辅助导航的主要问题。
For the accuracy of traditional UAV geo-location approach based on single image is too low to meet the needs of precise strike, new UAV geo-location method was presented.
基于单张图像的传统无人机对地定位方法的精度较低，不能满足精确打击作战需求，提出一种新的无人机对地定位方法。
The experiment results show that the proposed approach can get the high quality SAR image from the UAV SAR raw data.
结合实测数据处理的结果表明该方法可得到质量较高的无人机载sar图像。
Fig. 4 Comparison of LiDAR point cloud data and traditional optical image. (a) UAV LiDAR data;
图4激光雷达点云数据和传统光学影像数据比较。 （a）无人机激光雷达点云数据；
Realtime video image from vidicon on uav may be matched to digital map stored by image registration technique, which can more precisely orientate object and has higher reliability.
采用图像匹配技术可以将机载摄像机实时获取的地面图像与预存的数字地图进行匹配，从而能够更为精确的确定目标位置，具有较高定位可靠性。
This system USES large area array CMOS sensor as the image device, and makes the image motion compensation by reflector scanning, thus to obtain clear digital images during flight of UAV.
该系统采用大面阵CMOS图像传感器作为成像器件，通过反射镜扫描进行像移补偿的方法，实现无人机飞行状态时清晰地数字成像。
By correcting the rotating Angle of the image based on the flight attitude of the UAV, the direction of the aerial image can be fixed to help the operator to observe and decide correctly.
通过图像旋转的原因分析，推导出普遍适用于航拍图像纠偏处理的公式；并根据无人机飞行姿态来判断航拍图像的旋转角度进而加以纠正，使航拍图像固定指北，有助于操作员正确进行图像的观察及判定。
The telecontrol and telemetry system of UAV is an integration radio system which implements telecontrol, telemetry, tracking, positioning and reconnaissance image transmission.
无人机测控系统是完成无人机遥控、遥测、跟踪定位、侦察信息传输等功能的综合无线电系统。
Image Mosaic of Unmanned Aerial Vehicle (UAV) is one of the increasingly popular areas of research interests. It has become the hotspot of the research into photo cartography, computer graphics, etc.
无人机图像拼接是一个日益受到关注的研究领域，已经成为了照相绘图学、计算机图形学等研究的热点。
Image Mosaic of Unmanned Aerial Vehicle (UAV) is one of the increasingly popular areas of research interests. It has become the hotspot of the research into photo cartography, computer graphics, etc.
无人机图像拼接是一个日益受到关注的研究领域，已经成为了照相绘图学、计算机图形学等研究的热点。
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