<--- Back to Details
First PageDocument Content
Computational complexity theory / Complexity classes / Theory of computation / NP / Probabilistically checkable proof / IP / Proof of knowledge / Reduction / NC / Craig interpolation / EXPTIME / Combinatory logic
Date: 2017-08-28 19:17:10
Computational complexity theory
Complexity classes
Theory of computation
NP
Probabilistically checkable proof
IP
Proof of knowledge
Reduction
NC
Craig interpolation
EXPTIME
Combinatory logic

Fast Reductions from RAMs to Delegatable Succinct Constraint Satisfaction Problems∗ Eli Ben-Sasson† Alessandro Chiesa†

Add to Reading List

Source URL: web.eecs.umich.edu

Download Document from Source Website

File Size: 2,29 MB

Share Document on Facebook

Similar Documents

ZKProof Charter Boston, May 10th and 11th 2018 The goal of the ZKProof Standardardization effort is to advance the use of Zero Knowledge Proof technology by bringing together experts from industry and academia. To furthe

ZKProof Charter Boston, May 10th and 11th 2018 The goal of the ZKProof Standardardization effort is to advance the use of Zero Knowledge Proof technology by bringing together experts from industry and academia. To furthe

DocID: 1xVl8 - View Document

Merchant Security System Upgrade Guide Click HERE for information on SHA-256 compliance. Future-Proof Your Integration Global security threats are constantly changing, and the security of our merchants continues to be ou

Merchant Security System Upgrade Guide Click HERE for information on SHA-256 compliance. Future-Proof Your Integration Global security threats are constantly changing, and the security of our merchants continues to be ou

DocID: 1t7t6 - View Document

Computational Soundness of (Interactive) Zero-Knowledge Proof Systems in the Presence of Active Adversaries Yusuke Kawamoto1 (Jointly with Gergei Bana2 and Hideki Sakurada3) 1

Computational Soundness of (Interactive) Zero-Knowledge Proof Systems in the Presence of Active Adversaries Yusuke Kawamoto1 (Jointly with Gergei Bana2 and Hideki Sakurada3) 1

DocID: 1sZcs - View Document

3 DecemberRecommendation on Optimised Proof of Concept Support in the Transfer of Knowledge  Background

3 DecemberRecommendation on Optimised Proof of Concept Support in the Transfer of Knowledge Background

DocID: 1sE3o - View Document

Rubric for Grading Student Solutions Katherine E. Stange In a proof, we seek: 1. First, a complete and correct logical proof of the assertion. 2. Second, a readable exposition.

Rubric for Grading Student Solutions Katherine E. Stange In a proof, we seek: 1. First, a complete and correct logical proof of the assertion. 2. Second, a readable exposition.

DocID: 1rlOE - View Document