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Zero knowledge protocols from succinct constraint detection
Eli Ben-Sasson
, Alessandro Chiesa
,
Michael A. Forbes
, Ariel Gabizon
, Michael Riabzev
, Nicholas Spooner
Siebel School of Computing and Data Science
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
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Keyphrases
Zero-knowledge Protocols
100%
Probabilistically Checkable Proofs
100%
Zero-knowledge
50%
Interactive Proofs
37%
Support Constraints
25%
Verifier
25%
Prover
25%
Proofs of Proximity
25%
Computational Complexity
12%
Block Size
12%
Detection Problem
12%
Support Size
12%
Natural Transformation
12%
Linear Algebra
12%
Proof System
12%
Linear Codes
12%
Reed-Muller Codes
12%
Recursive Structure
12%
Reed-Solomon Codes
12%
Sudan
12%
Simple Modification
12%
Coding Theory
12%
Testing Algorithm
12%
Algebraic Techniques
12%
Dual Constraints
12%
Fundamental Class
12%
Polynomial Identity Testing
12%
Interactive Oracle Proofs
12%
Exponential Length
12%
Algebraic Complexity Theory
12%
Perfect Zero-knowledge
12%
Computer Science
Knowledge Protocol
100%
Computational Complexity
50%
Proof System
50%
Soundness
50%
Coding Theory
50%
Recursive Structure
50%
Mathematics
Probabilistically checkable proofs
100%
Interactive Proofs
37%
Polynomial
25%
Linear Algebra
12%
Linear Code
12%
Intractability
12%
Coding Theory
12%