This paper presents a novel framework for seamless image processing in the gradient domain.
提出了一种在梯度域中进行无缝图像处理的方法。
The projected images are aligned such that they form a nearly seamless image on the projection screen.
投影的图像被对齐，从而在投影屏幕上形成一幅几乎无缝的图像。
Seamless textures, patterns and image continuation are needed to accommodate those with larger resolutions.
无缝材质拼图，纹样和其他连续图像需要针对大分辨率做出优化。
The main data - the 2008 aerial image - was retrieved from USGS Seamless Server.
主要数据—2008年航空图像—来自于usgsSeamlessServer。
Collette himself takes part on both sides of the camera, combining his own image with his family in a nearly seamless collection of finished prints.
摄影师自己也在照片中，他把自己的半边脸和家人的半边脸拼接在一起，图中根本看不出拼接的痕迹。
The techniques of digital image mosaics from video sequence consist of image global fast registration algorithm, motion object segment algorithm, and seamless blending algorithm.
基于视频序列的数字图像拼接技术主要包括全局快速配准算法、运动目标分割算法和无缝融合算法。
The seamless tiled display that is based on the multi-projector is an effective realization for the wide field and high-resolution display of graph, image, video and so on.
基于多投影仪的无缝拼接显示是对图形、图像、视频等进行大范围、高分辨率显示的一种有效实现方式。
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。
The paper analyzes the reasons resulting in color differences among adjacent RS images and it also discusses the key techniques and typical algorithms related to RS image seamless processing.
分析遥感影像色彩差异的成因，讨论了遥感影像无缝处理涉及的关键技术和典型算法，并在此基础上提出了一种遥感影像无缝处理的解决方案。
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。
So that the projector can be more than a synthetic image as a whole, seamless, uniform brightness of the image.
可以使多个投影机合成的图像构成一个整体，无缝隙，亮度均匀的图像。
Finally, the seamless Mosaic was rendered by image blending.
最后通过融合实现了序列的无缝拼接。
Based on the latest development and technical characteristics of FPD technology, a method for producing seamless tiled FPD panels using optical image-shifting technology was put forward.
针对平板显示技术最新进展和技术特点，提出利用光学移像技术实现平板显示屏无缝拼接显示的方法。
Based on the latest development and technical characteristics of FPD technology, a method for producing seamless tiled FPD panels using optical image-shifting technology was put forward.
针对平板显示技术最新进展和技术特点，提出利用光学移像技术实现平板显示屏无缝拼接显示的方法。
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