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Cryptographic protocols / Proof of knowledge / Non-interactive zero-knowledge proof / Interactive proof system / IP / Zero-knowledge proof / NP / Soundness / Oracle machine / Theoretical computer science / Cryptography / Computational complexity theory


BRICS Basic Research in Computer Science BRICS RSJ. Groth: Extracting Witnesses from Proofs of Knowledge Extracting Witnesses from Proofs of
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Document Date: 2002-01-04 07:13:38


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File Size: 180,73 KB

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Company

Oracle / Cryptomathic A/S / /

Country

Denmark / /

Currency

pence / Rs / /

/

Facility

Computer Science University of Aarhus / Computer Science University of Aarhus Ny Munkegade / /

IndustryTerm

respective algorithms / interactive proof systems / polynomial time algorithm / multi-party cryptographic protocols / probabilistic polynomial time algorithms / proof protocols / multi-party protocols / particular polynomial time algorithm / soundness proof protocol / proof systems / particular algorithm / extraction algorithm / /

Organization

Danish National Research Foundation / Aarhus University / BRICS Department / University of Aarhus / Computer Science University of Aarhus Ny Munkegade / /

Person

Jens Groth Cryptomathic / Jens Groth / /

/

Position

extractor / Model / /

ProgrammingLanguage

C / /

Technology

particular polynomial time algorithm / particular algorithm / public key / polynomial time algorithm / 3-move protocol / 3-move proof protocols / probabilistic polynomial time algorithms / 3-move protocols / private key / respective algorithms / homomorphic threshold encryption / soundness proof protocol / multi-party cryptographic protocols / extraction algorithm / multi-party protocols / /

URL

www.brics.dk / ftp /

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