Papers by Bhausaheb Sanap
Morgan Kaufmann is pleased to present material from a preliminary draft of Parallel Computer Arch... more Morgan Kaufmann is pleased to present material from a preliminary draft of Parallel Computer Architecture; the material is (c) Copyright 1997 Morgan Kaufmann Publishers. This material may not be used or distributed for any commercial purpose without the express written consent of Morgan Kaufmann Publishers. Please note that this material is a draft of forthcoming publication, and as such neither Morgan Kaufmann nor the authors can be held liable for changes or alterations in the final edition.
Exploit methods of arithmetic operations on numeric features and perform transformations, differe... more Exploit methods of arithmetic operations on numeric features and perform transformations, difference expansion watermarking techniques. To minimize distortions. Whereas, in RRW, The watermark information is normally embedded in the LSB of features of relational databases. To protect the database from being tampered, another reversible watermarking technique proposed in is based on difference expansion and support vector regression (SVR) prediction. To provide ownership proof, the intention behind the design of these techniques. To modification attacks as any change in the expanded value will fail to detect watermark information and the original data, such techniques are vulnerable. In a proposed robust and reversible solution for relational databases, Genetic algorithm based on difference expansion watermarking (GADEW) technique is used. Increasing watermark capacity and lowering false positive rate, GADEW improves upon the drawbacks mentioned above by minimizing distortions in the data.
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Papers by Bhausaheb Sanap