Forest insect diseases monitoring based on image mosaicing technique for aerial images were studied.
对森林病虫害航空遥感监测中的图像拼接问题进行了研究。
This paper describes an automatic image mosaicing method for multilayer microscopic images based on 3d topology graph.
针对多层显微图像的拼接，提出一种基于3d拓扑图的图像拼接方法。
Generally, this paper discusses three main steps of image mosaicing: image registration, reprojection manifold, and blending processing.
本文详细讨论了图像拼接的几个基本步骤：图像对准、再投影流形、平滑处理。
There are two kinds of remote sensing image mosaicing method which is images with geography coordinate or images without geography coordinate.
遥感影像的镶嵌可分为有地理坐标的影像镶嵌和无地理坐标的影像镶嵌。
Additionally, the image mosaicing can be done automatically and directly from images without knowing camera motion and any intrinsic parameters of camera.
另外，图象拼接可以自动并直接从获得的图象的进行，不需要知道摄像机的运动和任何摄像机内部参数。
The paper analyzed and summed up the relative literatures by the study of the existing methods of remote image mosaicing, and introduced several familiar key technologies.
通过对现有遥感图像镶嵌方法的研究，对其进行了归纳和总结，并介绍了几种常见的图像镶嵌关键技术。
Image mosaicing technique provides a useful way to solve the problem that only very limited field of view is available got when highly magnifying lens are used in microscopes.
图像拼接技术能够很好地解决显微镜高倍镜下图像视野减小的问题。
Mosaicing technique integrates two or more different Remote sensing images into one whole panoramic image for the application of large image.
遥感图像镶嵌技术将两幅或多幅遥感图像拼接在一起合成为全景图像，以满足宽幅图像的应用需求。
Mosaicing technique integrates two or more different Remote sensing images into one whole panoramic image for the application of large image.
遥感图像镶嵌技术将两幅或多幅遥感图像拼接在一起合成为全景图像，以满足宽幅图像的应用需求。
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