A Three-Dimensional Digital Watermarking Technique Based on Integral Image Cryptosystem and Discrete Fresnel Diffraction

This paper presents a three-dimensional (3D) digital watermarking technique based on integral image cryptosystem and discrete Fresnel diffraction (DFD). 3D digital watermarking is generated by computational integral imaging. The 3D digital watermarking is encrypted and embedded by integral imaging cryptosystem that is designed with DFD transform algorithm. Finally, the extracted 3D digital watermarking is decrypted and displayed by integral imaging cryptosystem. The feasibility and effectiveness of the proposed scheme is demonstrated by numerical simulation experiment. The majority of system will improve the security and robustness of 3D digital watermarking. The proposed method can provide a new, real-time, and effective strategy in the security data management of cloud computing and big data.

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