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Performance analysis and improvement of JPV primality test for smart IC cards

机译:智能IC卡JPV原始性测试的性能分析和改进

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JPV algorithm, proposed by Joye et al. was predicted to be faster than the combined prime generation algorithm but it runs slower in practice. This discrepancy is because only the number of Fermat test calls was compared in estimating a total running time. We present a probabilistic analysis on the total running time of JPV algorithm. This analysis is very accurate and corresponds to the experiment with only 1–2% error. Furthermore, we propose an improved JPV algorithm that uses Euclid function. It is faster than JPV algorithm and similar to the combined algorithm with the same space requirement.
机译:JPV算法,由Joye等人提出。预计它比组合素数生成算法要快,但在实践中运行得更慢。这种差异是因为在估算总运行时间时仅比较了Fermat测试调用的数量。我们对JPV算法的总运行时间进行了概率分析。该分析非常准确,与实验相对应,误差只有1-2%。此外,我们提出了一种使用Euclid函数的改进的JPV算法。它比JPV算法快,并且在空间需求相同的情况下类似于组合算法。

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