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Study mode:
on
1
Intro
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Summary of results
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Efficiency: Succinctness
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Security: Binding / Knowledge
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Why? To make Riad happy!
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Why? To build SNARKS...
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with transparent setup...
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from polynomial IOPs
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Recent Comparison
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Yuval's talk: Cryptographic compilation
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Ishai, Kushilevitz, Ostrovksy '07 Cryptographic compiler. Linear homomorphic encryption
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R1CS Preprocessing SNARK
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Interactive Oracle Proofs
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IOPs Efficiency
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STARK, Aurora
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Interactive linear PCPs?
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Polynomial IOP Compilation
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Sonic: Polynomial IOP for NP
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Sonic: Uniform Circuits
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Supersonic
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Spartan / Clover / BFL
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New Polynomial Commitment
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Integer Encoding
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Diophatine gument of nowledge
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Evaluation
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Proof of Exponentiation (Wes'18)
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Class Groups BW88,L12
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Optimizations
Description:
Explore a comprehensive lecture on transparent SNARKs derived from DARK compilers, delivered by Benedikt Bünz from Stanford University. Delve into the intricacies of probabilistically checkable and interactive proof systems, covering topics such as efficiency, security, polynomial IOPs, and cryptographic compilation. Learn about recent comparisons, interactive oracle proofs, and polynomial IOP compilation, including discussions on Sonic, Supersonic, and new polynomial commitment schemes. Examine concepts like integer encoding, Diophantine arguments of knowledge, and proof of exponentiation, while also exploring optimizations in class groups.

Transparent SNARKs from DARK Compilers

Simons Institute
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