Research on Secure Distributions for Digital Contents in Multimedia Social Networks
Tao Huang
Abstract
Tao Huang
Abstract
The emerging and rapid development of Multimedia Social Networks make information changes and shares among users much more convenient,but the phenomenon of unauthorized distributions on copyrighted digital contents becomes more serious.Digital rights management is an open issue and key challenges in the open network.With regard to behaviors of digital contents share and dissemination among social network user nodes,a framework and its secure protocol for digital contents distribution were proposed based on a trusted attestation proxy party-enabling remote attestation in MSN.The proposed DRM scheme was analyzed and compared with the typical ones available,and the results denote that combined with the trusted computing-supported high-level security user terminals,the novel method implements enhanced security,trustworthy and controllable mechanism on digital copyrights protection,and meets the requirement for platform privacy protections.
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The emerging and rapid development of Multimedia Social Networks make information changes and shares among users much more convenient,but the phenomenon of unauthorized distributions on copyrighted digital contents becomes more serious.Digital rights management is an open issue and key challenges in the open network.With regard to behaviors of digital contents share and dissemination among social network user nodes,a framework and its secure protocol for digital contents distribution were proposed based on a trusted attestation proxy party-enabling remote attestation in MSN.The proposed DRM scheme was analyzed and compared with the typical ones available,and the results denote that combined with the trusted computing-supported high-level security user terminals,the novel method implements enhanced security,trustworthy and controllable mechanism on digital copyrights protection,and meets the requirement for platform privacy protections.
Key concepts: Computer science, Digital rights management, Trustworthiness, Computer security, Digital content, Key (lock), Protocol (science), Direct Anonymous Attestation