A low complexity data embedding scheme for video signal in the spatial domain

M. Ashourian, Sima Honarmand, Hooshang Kazemi
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Abstract

In this paper, we propose a new scheme for data embedding in color video. Traditionally for data embedding in color images, the blue component is modified based on embedded data. This method fails when the picture has very low density of pixel with strong blue component. We devise an adaptive embedding scheme in which the data are embedded in blue or red component of some pixels in each video frames based on their density. This scheme requires no knowledge of the original video for the recovery of the embedded data. We experiment the proposed scheme for embedding an average of 30 bits per frame in the spatial domain of a color host video with QCIF format. Simulation results show that this data embedding scheme low visible distortions in the host video.
一种空间域视频信号的低复杂度数据嵌入方案
本文提出了一种新的彩色视频数据嵌入方案。传统的彩色图像数据嵌入方法是根据嵌入的数据对蓝色分量进行修改。当图像的像素密度很低且蓝色成分较强时,这种方法就失效了。我们设计了一种自适应嵌入方案,该方案将数据根据其密度嵌入到每个视频帧中某些像素的蓝色或红色分量中。该方案不需要了解原始视频,即可恢复嵌入数据。我们对所提出的方案进行了实验,在QCIF格式的彩色主机视频的空间域中平均每帧嵌入30比特。仿真结果表明,该数据嵌入方案在主机视频中具有较低的可见失真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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