Czasopismo | PRZEGLĄD TELEKOMUNIKACYJNY - WIADOMOŚCI TELEKOMUNIKACYJNE | Rocznik 2016 - zeszyt 7

A fair distribution scheme for joint fingerprinting and decryption methods

10.15199/59.2016.7.5

Bartosz Czaplewski

nr katalogowy: 99676
10.15199/59.2016.7.5

The paper addresses the fairness of the security provided by digital fingerprinting methods. It was noted that the digital fingerprinting techniques are designed primarily to protect service providers against the actions of malicious users, while honest users remain vulnerable to acts of malicious providers. The paper describes the customer’s rights problem and the unbinding problem, which also apply to joint fingerprinting and decryption methods. The author proposes a solution to these problems in the form of fair distribution scheme for joint fingerprinting and decryption methods. The proposed scheme is fair, because it provides the expected protection from the perspective of both the provider and the customer. Mutual authentication is realized using certificates and digital signatures. The scheme does not require that the customer contact with any other party than the seller and, simultaneously, does not require cooperation with the customer during the identification of malicious users. Key words: digital fingerprinting; joint fingerprinting and decryption; customer’s rights problem; unbinding problem; key distribution.1. INTRODUCTION Nowadays, digital multimedia have such a high value that it must be protected in an appropriate way. Illegal copying and redistribution of digital media leads to copyright infringement. This problem causes both financial and moral loss to the authors and their publishers every day. The identification of malicious users is called traitor tracing [1, 2, 3]. In order to solve this problem, digital fingerprinting methods are used. In digital fingerprinting methods, unique authenticating sequences are embedded in the multimedia content. These sequences, called fingerprints, are embedded in an imperceptible manner and therefore all fingerprinted copies on the multimedia content are visually identical. In the case of illegal distribution of a fingerprinted copy by malicious user, it is pos[...]

Bibliografia

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