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Implementing Secret Sharing Scheme in Parallel

机译:并行实施秘密共享方案

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摘要

The aim of a (k, n) threshold secret sharing scheme is to encrypt a secret s into n parts (called shares) such that any k participants can recover s using their shares, while any group of less than k ones cannot. To deal with multimedia data, the efficiency of sharing/decoding s becomes a major problem. Following the previous research in [3], we designed efficient implementations on Shamir's threshold secret sharing scheme on GPU in parallel. Experimental results show that GPU could achieve an appealing speedup over CPU when dealing with the sharing of multimedia data.
机译:A(k,n)阈值秘密共享方案的目的是将秘密的秘密加入N部分(称为股票),以便任何K参与者可以使用它们的股票来恢复S,而任何小于K的人则不能。为了处理多媒体数据,共享/解码的效率成为一个主要问题。在[3]之前的研究之后,我们在PAMIR的阈值秘密共享方案上并行设计了高效的实施。实验结果表明,在处理多媒体数据的共享时,GPU可以在CPU上实现吸引力的加速。

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