安全组播传输

W. R. S. Jeyaseelan, S. Hariharan
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引用次数: 1

摘要

组间通信采用组播认证批签名(MABS)实现。这消除了网络开销,如数据包丢失、延迟计算和通信开销。批签名是一种有效的加密原语,可以同时对任意数量的数据包进行身份验证。本文通过引入增强型组播认证批签名(MABS-E)来消除DOS的影响,给出了解决方案。发送端文件内容显示在发送端和接收端。接收方可以通过发送文件名将请求发送给发送方。身份验证由发送方使用批处理验证()进行验证。然后发送方将文件内容分成数据包,并通过生成密钥对每个数据包进行签名,然后对数据包进行加密并发送给接收方。接收方验证数据包,然后使用发送方的公钥解密消息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Secure multicast transmission
The group communication has been implemented by Multicast Authentication Batch Signature (MABS). This eliminates the network overheads such as packet loss, latency computation and communication overhead. The Batch signature is the effective cryptographic primitive which authenticates any number of packets simultaneously. This paper gives the solution by introducing Enhanced Multicast Authentication Batch Signature (MABS-E) by eliminating DOS impact. The sender side file content is displayed in both sender and receiver. The receiver can send the request to the sender by sending the file name. The authentication is verified by the sender by use of batch verify(). Then sender splits the file content into packets and signs each packet by generating the key then encrypts the packets and sends to the receiver. The receiver verifies the packets and then decrypts the message using sender's public key.
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