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A robust multicast authentication scheme based on asymmetric key signature

机译:基于非对称密钥签名的鲁棒组播认证方案

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Multicast packets authentication major challenges are high computation overhead incurred while signing multicast streams and authentication difficulty when there is one or more packet losses. In this paper, Information Dispersal Algorithm was used to construct the hash of each packet with the hash values of individual packets concatenated over multiple packets. Authentication scheme for Multicast message packets design was based on signature amortization technique. This reduces the computation overhead and ensures verification when there is packet loss. The design was simulated with a number of messages sent to a chosen number of receivers. Probabilities of loss were calculated for each transmission. The performance was compared with three other existing schemes to ascertain its efficiency. It was observed that our technique is efficient in packets authentication in a lossy environment especially with reduced space overhead.
机译:组播数据包认证的主要挑战是在签署组播流时会产生较高的计算开销,并且在丢失一个或多个数据包时会带来认证困难。在本文中,信息分散算法用于构造每个数据包的哈希值,并将单个数据包的哈希值串联在多个数据包上。组播消息包设计的认证方案基于签名分期技术。这样可以减少计算开销,并确保在丢包时进行验证。通过将许多消息发送到选定数量的接收器来模拟设计。计算每次传输的损失概率。将性能与其他三个现有方案进行比较,以确定其效率。观察到,我们的技术在有损环境中,尤其是在减少空间开销的情况下,可以有效地进行数据包认证。

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