Simulating Tardos Finger Printing Codes under Randomized Bits Collusion Attacks

In today's world digital right protection is an important issue. Finger printing codes are used in this digital right protection. When digital media have to be distributed each digital media is embedded with a unique code. The digital content received by each recipient has a unique digital finger printing code. Illegal distribution of digital media is identified by the unique finger printing codes and the traitors distributing these illegal copies are caught. These finger printing codes can be attacked by colluders. In these attacks a combination of users to whom the digital media is distributed collude together to attack the finger printing codes. The collusion attacks are threats to prevention of piracy of the digital content. The work here simulates Tardos Finger Printing Codes with Randomized Bits Collusion Attacks and evaluates the performance of Tardos Finger Printing Codes under this attack.