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FPGA-Based Implementation of AES Algorithm Using MIX Column

机译:基于FPGA的MIX列实现AES算法

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摘要

This article deals with the clear analysis and experimental simulation results of the modified AES-128-bit algorithm which can be personalized. To improve this technique, we introduced the high-level increased parallelism scheme which will reflect even in Mi columns of the AES architecture. By using this technique, we can increase the throughput efficiency and is implemented on Quartus of FPGA device. With this technique, usage can increase the stack usage for 5% more with a minimum reduction of 30% area.
机译:本文讨论了可以个性化的改进AES-128位算法的清晰分析和实验仿真结果。为了改进此技术,我们引入了高级的并行机制,该机制甚至可以反映在AES体系结构的Mi列中。通过使用这种技术,我们可以提高吞吐量效率,并在FPGA器件的Quartus上实现。使用此技术,使用量可使堆栈使用量增加5%,而最小减少30%的面积。

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