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Security Mechanism for the Interactive Satellite Remote Education System Based on DTN

机译:基于DTN的交互式卫星远程教育系统的安全机制

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Compared with the original system that has unidirectional broadcasting characteristics, the interactive satellite remote education system which based on DTN greatly improved. However, in the special application environment of the satellite remote education system, the traditional Internet security mechanism can't meet the DTN security needs. In order to ensure the reliability and safety of the information which from terminal users to satellite broadcast center in the remote education system, the paper proposes a kind of authentication and communication security mechanism that makes full use of the functions of the conditional Access Module (CAM) which exist in the original satellite remote education system and when authenticating the nodes of the system, we use the symmetrical encryption and asymmetric encryption fusion scheme. Analysis showed that the mechanism is safe, reliable, strong compatibility, economic and applicable.
机译:与具有单向广播特性的原始系统相比,基于DTN的交互式卫星远程教育系统有了很大的改进。但是,在卫星远程教学系统的特殊应用环境中,传统的Internet安全机制无法满足DTN的安全需求。为了保证远程教育系统中从终端用户到卫星广播中心的信息的可靠性和安全性,提出一种充分利用条件访问模块(CAM)功能的认证和通信安全机制。 )存在于原始卫星远程教育系统中,并且在对系统的节点进行身份验证时,我们使用对称加密和非对称加密融合方案。分析表明,该机制安全可靠,兼容性强,经济实用。

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