浮雕立体图像中重影的消除与估计

A. A. Krupev, A. Popova
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引用次数: 7

摘要

本文提出了基于视差和颜色调整的立体立体图像去暗的算法和程序系统实现。立体技术基于图像的颜色分离,分别适用于左眼和右眼,通过红色和青色滤光片(浮雕眼镜)。提出了一种估计和减少立体立体图像重影效应的方法和算法,以及测量和分析这种效应的方法。将所提出的红、绿通道强度变换的重影抑制算法的程序结果与PS图像的基本处理方法进行了比较。所取得的结果可用于适合印刷媒体的立体成像,互联网3D应用,艺术展示和可视化在所有目前广泛的屏幕上。
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Ghosting Reduction and Estimation in Anaglyph Stereoscopic Images
In this paper are presented the developed algorithms and program system implementation for stereoscopic anaglyph deghosting based on parallax and color adjustment. The stereoscopic technique based on color separation of the images, intended for the left and the right eye respectively, by means of Red and Cyan color filters (anaglyph glasses) is used. Methods and algorithms for estimation and reduction of ghosting effect associated with anaglyph stereo images as well as an approach to measure and analyze this effect are suggested. The program results of the developed ghosting reduction algorithm with intensity transformation of Red and Green channels are compared to the PS basic processing method of anaglyphs. The achieved results can be used for stereoscopic imaging suitable for the printed media, Internet 3D application, art presentation and visualization on all currently widespread screens.
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