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Add paragraph claiming robustness
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@@ -50,6 +50,13 @@
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the claimed openings, then assign random weights to each pair of `(commitment, opening). The
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the claimed openings, then assign random weights to each pair of `(commitment, opening). The
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prover proves knowledge of the discrete logarithm of the sum weighted commitments, minus the sum
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prover proves knowledge of the discrete logarithm of the sum weighted commitments, minus the sum
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sum weighted openings, over `H`.
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sum weighted openings, over `H`.
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The benefit to this construction is that given an broadcast channel which is reliable and
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ordered, only `t` messages must be broadcast from honest parties in order to create a `t`-of-`n`
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multisig. If the encrypted secret shares were not verifiable, one would need at least `t + n`
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messages to ensure every participant has a correct dealing and can participate in future
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reconstructions of the secret. This would also require all `n` parties be online, whereas this is
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robust to threshold `t`.
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*/
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*/
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use core::ops::Deref;
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use core::ops::Deref;
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