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Implementation of AES-128 Algorithm Based on FPGA

机译:基于FPGA的AES-128算法的实现

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摘要

This paper presents the implementation of nonpipelined codec of AES-128 algorithm designing. Under full consideration of this algorithm, we reconstructed the iterative steps to reduce the complexity of the calculation process by sharing Sboxes, which greatly improved the utilization of resources. We have proposed the inverse key expansion algorithm, which dynamically generates the decryption round keys in order to saving resources. This method is suitable for the application of the low-cost encryption and decryption chip that the data throughput is not critical.
机译:本文介绍了AES-128算法设计的非流水编解码器的实现。在充分考虑该算法的基础上,我们重构了迭代步骤,以通过共享Sbox来降低计算过程的复杂性,从而大大提高了资源的利用率。我们提出了反向密钥扩展算法,该算法动态生成解密回合密钥以节省资源。该方法适用于数据吞吐量不严格的低成本加密解密芯片的应用。

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