| A. De Santis, G. Di Crescenzo and G. Persiano: Secret Sharing and Perfect ZeroKnowledge, Proc. of Crypto 93, Springer Verlag LNCS series. |
....and the secret sharing schemes we consider. Section 4 then contains the main result and corollaries, and Section 5 describes a nice application of our results to group oriented identification and signatures. 1. 1 Related Work Our techniques are to some extent related to those of De Santis et al. [11]. The models are quite different, however: 11] considers non interactive proofs of membership, while we consider interactive proofs of knowledge. Also, 11] considers variants of the quadratic residuosity problem, while we consider any problem that affords a protocol of the right form. In some ....
....4 then contains the main result and corollaries, and Section 5 describes a nice application of our results to group oriented identification and signatures. 1. 1 Related Work Our techniques are to some extent related to those of De Santis et al. 11] The models are quite different, however: [11] considers non interactive proofs of membership, while we consider interactive proofs of knowledge. Also, 11] considers variants of the quadratic residuosity problem, while we consider any problem that affords a protocol of the right form. In some independent work, De Santis et al. 12] apply ....
[Article contains additional citation context not shown here]
A. De Santis, G. Di Crescenzo and G. Persiano: Secret Sharing and Perfect ZeroKnowledge, Proc. of Crypto 93, Springer Verlag LNCS series.
....sharing schemes we consider. Section 4 then contains the 2. Proofs of Knowledge 3 main result and corollaries, Section 4.1 gives some concrete examples, and Section 5 contains an example of an application. 1. 1 Related Work Our techniques are to some extent related to those of De Santis et al. [10]. The models are quite different, however: 10] considers non interactive zero knowledge proofs of membership, while we consider interactive proofs of knowledge. Also, 10] considers variants of the quadratic residuosity problem, while we consider any problem that affords a protocol of the right ....
....the 2. Proofs of Knowledge 3 main result and corollaries, Section 4.1 gives some concrete examples, and Section 5 contains an example of an application. 1. 1 Related Work Our techniques are to some extent related to those of De Santis et al. 10] The models are quite different, however: [10] considers non interactive zero knowledge proofs of membership, while we consider interactive proofs of knowledge. Also, 10] considers variants of the quadratic residuosity problem, while we consider any problem that affords a protocol of the right form. In some recent independent work, De Santis ....
[Article contains additional citation context not shown here]
A. De Santis, G. Di Crescenzo, and G. Persiano: Secret Sharing and Perfect ZeroKnowledge, Proc. of Crypto 93, Springer Verlag LNCS series.
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