… for securely sampling encodings of random evaluations of certain circuits. The resulting system
enables us, in particular, to sample … (1) Secure sampling for a class of circuits. We design, …

… We propose new, more scalable protocols for succinct zero-knowledge proofs of batch …
Finally, by 𝒟2𝜆 we denote the distribution of 𝑠, according to the sampling method described …

… for securely sampling public parameters of a class of non-interactive zeroknowledge proof
… parameters sampled from the correct distribution; and, (ii) the protocol's transcript leaks …

… For knowledge soundness, the matrix [M]1 must be generated using a witness sampleable
… that samples M in Zq such that [M]1 has the same distribution as the one sampled with Dmtx. …

… The non-interactive version of our system provides a security level of 100+ bits. … We randomly
sample the type of each gate, input value and the wiring patterns. We fix the depth as 3 and …

… We study the problem of constructing succinct zero knowledge proof systems for floating point
… Hence, instead of sampling 𝑟𝑖’s randomly in F𝑝, we sample them in a small range. In this …

… The main problem is that, for its security to hold, we need a prime order group (the … If D
is a distribution, we denote by \(x \leftarrow D\) the process of sampling x according to D. An …

… succinct zero-knowledge proofs are succinct commitment schemes (in which the commitment
and the opening proof … distribution this means that d was sampled uniformly random from S. …

… We use κ and ρ to denote the computational and statistical security parameters, respectively.
We use x ← S to denote that sampling x uniformly at random from a finite set S. For n ∈ N, …

… We describe DIZK, a system that distributes the generation of a zero knowledge proof across
… Secure sampling of public parameters for succinct zero knowledge proofs. In Proceedings …