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The design and implementation of a music broadcasting system via IP multicast with user-authentication

机译:具有用户认证的IP多播音乐广播系统的设计与实现

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This paper presents the design and implementation of a pay-broadcasting system which can supply the contents to support a number of clients simultaneously on the Internet. The authors have surveyed user-authentication methods on IP multicasting are compared under the constraint that the system should be constructed without any specific hardware for user identification, and it also must be installed without any changes on the network infrastructure of the Internet. To support scalable number of users, the contents of the system should be supplied to the users as the same data-stream. To keep the security of the contents, the encrypted single data-stream should be decoded by different keys individually distributed to the authorized users. Broadcasting encryption and tracing traitors schemes proposed by Naor et al. are considered to be suitable to realize such system. As a prototype of the system, a music broadcasting system named "MusicCast/AS" was implemented with user-authentication on IP multicasting. Its server and clients are implemented as software running on common Linux systems and the system do not need any changes in the existing campus network as a testbed. The practicality of the methodology was verified by the experimentation to broadcast encrypted music data to the campus network. The scalablity of the users and security of the keys are also discussed on the implementation.
机译:本文介绍了一种付费广播系统的设计和实现,该系统可以提供内容以同时支持Internet上的许多客户。作者调查了IP多播的用户身份验证方法,比较了这种约束条件,即该系统应构建为没有用于用户识别的任何特定硬件,并且还必须在不更改Internet网络基础结构的情况下进行安装。为了支持数量可扩展的用户,应将系统内容作为相同的数据流提供给用户。为了保持内容的安全性,应使用分别分发给授权用户的不同密钥对加密的单个数据流进行解码。 Naor等人提出的广播加密和追踪叛徒方案。被认为适合于实现这样的系统。作为该系统的原型,一个名为“ MusicCast / AS”的音乐广播系统通过IP多播的用户身份验证实现。它的服务器和客户端实现为在常见Linux系统上运行的软件,并且该系统不需要在现有园区网络中进行任何更改作为测试平台。通过将加密的音乐数据广播到校园网络的实验验证了该方法的实用性。用户的可扩展性和密钥的安全性也在实现中进行了讨论。

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