Titlebook: Digital Rights Management; Technologies, Issues Reihaneh Safavi-Naini,Moti Yung Conference proceedings 2006 Springer-Verlag Berlin Heidelbe

parasite

Bruce W. Croft,C. J. Rijsbergen, it is considered that the watermarking capacity relies directly on the fidelity measure function. After the watermarking embedding process model is discussed, watermarking capacity formula and maximum watermarking capacity formula are proposed. Then, the watermarking capacity using PSNR as fidelit

健談

夜晚

Shari Gearheard,Gary Aipellee,Kyle O’Keefesible distortions to the host signals and thus may not be allowable in some applications such as medical and military imaging. Though some reversible fragile authentication algorithms had been developed, reversible semi-fragile authentication presents a challenge. To the best of our knowledge, so fa

座右銘

Shari Gearheard,Gary Aipellee,Kyle O’Keefely to monitor the control flow of the main program process (P-Process). The compilation phase compiles the software into two co-processes: P-process and M-process. The monitor process contains the control flow consistency conditions for the P-process. The P-process sends information on its instantia

謊言

控訴

Pattern Recognition and Image Compressionhave been developed. Software watermarking is such a technique that can be used to protect software by embedding some secret information into the software to identify its copyright owner. In this paper, we discuss algorithms of software watermarking through register allocation..The QP Algorithm [1,2

SLAG

https://doi.org/10.1007/978-1-4471-3862-4e is a technique which allows the copyright protection to track redistributors of digital data using cryptographic techniques. Anonymous fingerprinting scheme prevents the merchant from framing a buyer by making the fingerprinted version known to the buyer only. In addition, such a scheme makes it p

insurgent

Pattern Recognition and Image Compressionereas, in order to treat a more general non-threshold collusion, we first introduce a notion of a potentially collusive family. Furthermore, we develop a novel way to measure collusion-secure codes according to combinatorial properties in a natural way. Our measurement immediately implies the defini

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