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FPGA Implementation of Pipelined Blowfish Algorithm

机译:流水线算法的FPGA实现

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Objective of this paper is to enhance the throughput of Blowfish block cipher by designing a pipelined architecture of the same followed by implementation and evaluation of its performance in Field Programmable Gate Array. The proposed architecture was implemented by using Verilog HDL and was synthesized, placed and routed in Spartan3E chip XC3s500e-5fg320 using ISE Design Suite 12.1. Performance analysis of the proposed pipelined design shows a throughput of 6.3 Gbps as compared to 588.255 Mbps for non-pipelined design.
机译:本文的目的是通过设计相同的流水线架构,然后在现场可编程门阵列中实施和评估其性能,来提高Blowfish分组密码的吞吐量。所提出的体系结构是使用Verilog HDL实现的,并使用ISE Design Suite 12.1在Spartan3E芯片XC3s500e-5fg320中进行了合成,放置和布线。拟议的流水线设计的性能分析显示,吞吐量为6.3 Gbps,而非流水线设计的吞吐量为588.255 Mbps。

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