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Robust Secret Sharing with Almost Optimal Share Size and Security Against Rushing Adversaries
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Abstract: | We show a robust secret sharing scheme for a maximal threshold $t < n/2$ that features an optimal overhead in share size, offers security against a rushing adversary, and runs in polynomial time. Previous robust secret sharing schemes for $t < n/2$ either suffered from a suboptimal overhead, offered no (provable) security against a rushing adversary, or ran in superpolynomial time. |
Video from TCC 2020
BibTeX
@article{tcc-2020-30596, title={Robust Secret Sharing with Almost Optimal Share Size and Security Against Rushing Adversaries}, booktitle={Theory of Cryptography}, publisher={Springer}, author={Serge Fehr and Chen Yuan}, year=2020 }