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|標題:||An Edge-based Light-weight Image Authentication Coding Scheme|
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|摘要:||In this thesis, we propose an overall image authentication scheme including two parts: one is authenticating codes automatically self-generated and self-embedded mechanism, the other is tamper region localization. In this scheme, the authentication codes are generated based on the edge feature of the image and are reused to be embedded into the LSBs of the same image. A Pseudo-Random Number Generators as a secret key is applied to generate a random sequence for the sake of embedding positions. In order to higher the correctness of tamper area identification, duplicate codes for authenticating are scattered according to the order of random sequence and then are embedded into the image. In addition, at the extraction stage the threshold is set to adjust positioning accuracy of tampered area. This consecutive process can easily identify illegally image tampering, and more efficiently mark out tampered areas. Because the authentication codes are hidden into the LSBs, embedded image still retains the very high image quality. Lastly, in our several experiments, some common image processing attacks are applied for verifying scheme feasibility, and the results show that the scheme of this thesis has great friability and high fidelity for the main demands of image authentication purpose.|
|Appears in Collections:||資訊管理學系|
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