Using a projector and rows of water drop emitters, a multi-layer display that can be used for text, videos, and interactive games is created.
使用一个投影仪和很多行水滴发射器，一个可以显示文字，视频和互动游戏的多层显示就产生了。
In order to solve the problems of geometric warp and overlapping in a multi-projector display system, a new approach for auto-geometric calibration and edge-blending was presented.
为了解决多投影仪拼接系统中的几何变形与图像融合问题，提出了一种新的自动非线性几何校正和图像边缘融合方法。
The key techniques of multi-projector display system include geometry alignment, color correction, and edge blending.
多屏投影显示系统的关键技术点包括几何校正技术、色彩校正技术以及边缘融合技术。
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。
Because the good color uniformity of the multi-projector display system is highly required by many practical applications, it becomes a crucial factor to evaluate the system's performance.
其应用的领域对各个投影拼接单元间的颜色均匀性有着较高的要求，颜色的均匀性成为评判一个大屏幕拼接系统优劣的重要指标。
In geometrical calibration for multi-projector display wall, there need to use digital camera to capture image information.
在多投影仪曲面显示墙几何校正中需要用数码相机捕获图像反馈信息。
Currently, most research group focus on how to calibrate the multi-projector display precisely on planar screen or simple cylinder screen.
目前大多数的相关研究工作主要关注于如何在平面或简单曲面进行多投影的几何校正与颜色校正。
Currently, most research group focus on how to calibrate the multi-projector display precisely on planar screen or simple cylinder screen.
目前大多数的相关研究工作主要关注于如何在平面或简单曲面进行多投影的几何校正与颜色校正。
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