Abstract

We put forward a new method of constructing Fiat-Shamir-like signature schemes that yields better exact than the original Fiat-Shamir method. (We also point out, however, that such tight security does not make our modified schemes always preferable to the original ones. Indeed, there exist particularly efficient Fiat-Shamir-like schemes that, though only enjoying loose security, by using longer keys may provably provide more security at a lower computational cost than their tight-security counterparts.)

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