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A Novel Video Content Authentication Algorithm Combined Semi-fragile Watermarking with Compressive Sensing

机译:一种新型视频内容认证算法与压缩传感相结合半脆弱水印

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For the shortcomings of current video watermarking algorithms on tamper detection, combined semi-fragile watermarking with Compressive Sensing theory, the paper proposes a novel video content authentication algorithm for MPEG-2. The image features of I-frame are extracted by Compressed Sensing algorithm, and semi-fragile content authentication watermarking are generated, in which watermarking bits are embedded into the low-frequency DCT coefficients of I-frame. Simulation results show that the algorithm has better detection ability and detection accuracy than invertible semi-fragile watermarking algorithm distinguishing MPEG-2 compression from malicious manipulation the algorithm. For video inner frames tampering, accuracy of the algorithm can reach to the sub-block of image.
机译:对于篡改检测的当前视频水印算法的缺点,具有压缩感应理论的组合半脆弱的水印,提出了一种用于MPEG-2的新型视频内容认证算法。 通过压缩感测算法提取I-帧的图像特征,产生半易碎内容认证水印,其中将水印比特嵌入到I帧的低频DCT系数中。 仿真结果表明,该算法具有比可恶劣的半脆弱的水印算法更好的检测能力和检测精度,区分MPEG-2压缩从恶意操纵该算法。 对于视频内部框架篡改,算法的准确性可以达到图像块。

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