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ZKP MOOC Lecture 9: SNARKs based on Linear PCP
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Yupeng Zhang, Zero Knowledge Proofs MOOC
1:36:55
ZKP MOOC Lecture 9: SNARKs based on Linear PCP
1:21:27
ZKP MOOC Lecture 10: Recursive SNARKs
0:28:53
ZKP MOOC Lecture 14: ZKP Applications
2:06:50
ZKP MOOC Lecture 4: Interactive Proofs
0:46:41
Keynote: Linear-Time SNARKs for R1CS and Friends - Justin Thaler (Georgetown)
1:41:39
ZKP MOOC Lecture 3: Programming ZKPs
0:30:01
ZKP MOOC Lecture 16: Hardware Acceleration of ZKP
1:37:09
ZKP MOOC Lecture 13: Privacy-Preserving Smart Contract Architectures
1:29:14
ZKP MOOC Lecture 7: Polynomial Commitments based on Error-correcting Codes
0:20:04
SNARKs from the sum-check protocol - Justin Thaler
0:53:49
ZKP MOOC Lecture 12: Building opcode compatible zk EVMs
1:34:28
ZKP MOOC Lecture 11: From Practice to Theory
1:31:20
ZKP MOOC Lecture 6: Polynomial Commitments based on Pairing and Discrete Logarithm
2:00:46
ZKP MOOC Lecture 8: FRI-based Polynomial Commitments and Fiat-Shamir
1:42:43
ZKP MOOC Lecture 12: zkEVM Design, Optimization and Applications
0:11:32
ZK9: zkTree a zk recursion tree with ZKP membership proofs – Sai Deng (Polymer Labs)
1:07:06
ZKP MOOC Lecture 15: Secure ZK Circuits with Formal Methods
0:51:12
zkStudyClub: Gemini - Elastic SNARKs for Diverse Environments (Michele Orrù)
0:58:54
Zero Knowledge Succinct Arguments with a Linear Time Prover - Jonathan Bootle
4:13:02
ZKP Workshop Afternoon Session
0:35:26
Efficient Zero Knowledge Protocols: The Modular Approach - Yuval Ishai, Technion
0:44:38
Succinctness 3 (Crypto 2023)
0:39:29
PLONK: Privacy in a World of Universal SNARKs - Zac Williamson
0:24:54
ZK9: Sangria is relaxed PLONK a Nova-like folding scheme for PLONK – Nicolas Mohnblatt (Geometry)
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