Image splicing technology may apply in satellite imagery as well as daily life pictures conformity.
图像拼接技术可应用于对卫星图像以及日常生活中的照片的整合。
Influence of the width of overlapped area on image splicing is studied and its width setting mode is given.
研究了重叠区域宽度对拼接精度的影响，给出了重替区域宽度设置方式。
Methods Two methods of enlarging the FOV in digital holography: pre-imaging method and image splicing method are proposed and researched theoretically.
通过对常用图像拼接方法的研究，针对显微图像的特点，提出了一种显微图像的快速拼接算法。
First carries on the gradation to the colored picture, again USES the histogram equalizing the method to carry on the picture the pretreatment, obtains the quite good image splicing effect.
首先对彩色图片进行灰度化，再采用直方图均衡化的方法来进行图片的预处理，以获得比较好的图像拼接效果。
Based on the principles of these two methods, a special program for image cutting and splicing is provided in the image processing system .
根据这两种方法的原理，在岩心图像处理系统中设置了专门的图像裁剪与拼接程序。
Image seamless splicing technology is the key step in generating panoramic images. In this article, more words are dedicated to presenting its related algorithms.
图像的无缝拼接技术作为全景图像生成的关键一步，本文花了比较大的篇幅介绍它的相关算法。
This paper has studied three dimensional modeling technology for architecture based on image, including panorama splicing and geometry reconstruction based on single image.
本文研究了基于图像的建筑物三维建模技术，主要分为：建筑物场景的全景图拼接与基于单幅图像的建筑物三维几何重建。
The video image processing technology presented in this paper includes seamless splicing, geographic registration, and 3D high-precision ground-images model formation.
提出的对视频图像处理的技术包括无缝拼接、地理注册、形成高精度地面3D模型影像。
Objective to explore the exposure parameter of CR for splicing image of total length lower extremities.
目的探讨数字化X线成像系统(CR)在下肢全长图像拼接的摄影参数。
Then the image tiles splicing part presents the process of splicing image tiles through canvas size computing, image tiles index computing and image payload composing.
然后在图像片拼接部分，给出了通过画布尺寸计算、图像片索引计算和负载合成操作拼接图像片的流程；
Video, signal processing, image storing, encoding and decoding techniques are used for time-share analog switching and splicing of multi-channel video signals.
本发明采用视频技术、信号处理技术、图象存贮技术及编解码技术等对多路视频信号作时分模拟切换与拼接。
Video, signal processing, image storing, encoding and decoding techniques are used for time-share analog switching and splicing of multi-channel video signals.
本发明采用视频技术、信号处理技术、图象存贮技术及编解码技术等对多路视频信号作时分模拟切换与拼接。
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