Reversible Data Hiding in the VQ-Compressed Domain(Image Processing and Video Processing)

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概要

• 論文の詳細を見る

• Steganographic methods usually produce distortions in cover images due to the process of embedding secret bits. These distortions are hard to remove, and thus the cover image cannot be recovered. Although the distortions are always small, they cannot be allowed for some sensitive applications. In this paper, we propose a reversible embedding scheme for VQ-compressed images, which allows the original cover image to be completely recovered after the extraction of the secret bits. The embedded payload in the proposed method comprises the secret bits plus the restoration information. In order to reduce the size of payload, we utilized the spatial correlations in the image as the restoration information and then compressed the correlations by a lossless compression method. In addition, an alternative pairing method for codewords was proposed to improve the stegoed image quality and control the embedding capacity. Experimental results showed that the proposed method has the benefit of high efficiency of the steganographic process, high image quality, and adaptive embedding capacity compared with other schemes.

• 社団法人電子情報通信学会の論文
• 2007-09-01

著者

• Chang Chin-chen

  Department Of Information Engineering And Computer Science Feng Chia University

• Chang Chin-chen

  Department Of Computer Science And Information Engineering National Chung Cheng University

• Lin Chih-yang

  Department Of Computer Science And Information Engineering National Chung Cheng University

• Chou Yung-chen

  Department Of Computer Science And Information Engineering National Chung Cheng University

• Lin Chih‐yang

  National Chung Cheng Univ. Chiayi Twn

• Chang Chin-chen

  Department Of Information Engineering And Computer Science Feng Chia University:department Of Comput

関連論文

• Reversible Steganographic Method with High Payload for JPEG Images
• Reversible Data Hiding in the VQ-Compressed Domain(Image Processing and Video Processing)
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• LSB-Based Steganography Using Reflected Gray Code
• Hiding Secret Information Using Adaptive Side-Match VQ(Application Information Security)
• A Secure Multicast Framework in Large and High-Mobility Network Groups
• Secure Key Transfer Protocol Based on Secret Sharing for Group Communications

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