High performance cryptographic engine PANAMA: hardware implementation

Q3 Arts and Humanities Giornale di Storia Costituzionale Pub Date : 2004-12-13 DOI:10.1109/ICECS.2004.1399746
G. Selimis, P. Kitsos, O. Koufopavlou
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引用次数: 1

Abstract

A hardware implementation of a dual operation cryptographic engine, PANAMA, is presented. The implementation of the PANAMA algorithm can be used both as a hash function and a stream cipher. A basic characteristic of PANAMA is a high degree of parallelism which has, as a result, high rates for the overall system throughput. Another profit of PANAMA is that just one architecture supports two cryptographic operations - encryption/decryption and data hashing. The proposed system operates at 96.5 MHz frequency with a maximum data rate of 24.7 Gbps. The proposed system outperforms previous hash function and stream cipher implementations in terms of performance. Additional techniques can increase the achieved throughput by about 90%.
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高性能密码引擎PANAMA:硬件实现
提出了一种双操作密码引擎PANAMA的硬件实现。巴拿马算法的实现既可以用作哈希函数,也可以用作流密码。巴拿马的一个基本特征是高度的并行性,因此,整个系统的吞吐率很高。巴拿马的另一个好处是,只有一个架构支持两种加密操作——加密/解密和数据散列。该系统工作频率为96.5 MHz,最大数据速率为24.7 Gbps。该系统在性能方面优于以前的哈希函数和流密码实现。其他技术可以将实现的吞吐量提高约90%。
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来源期刊
Giornale di Storia Costituzionale
Giornale di Storia Costituzionale Arts and Humanities-History
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