Polynomial and Vector Commitment simulation framework proving evaluation correctness f(z)=y without revealing the entire vector payload.
-
Updated
Sep 9, 2026 - Python
Polynomial and Vector Commitment simulation framework proving evaluation correctness f(z)=y without revealing the entire vector payload.
Information-theoretically hiding and computationally binding Pedersen vector commitments with additive homomorphic properties over prime fields.
Information-theoretically hiding and computationally binding Pedersen vector commitments with additive homomorphic properties over prime fields.
Polynomial and Vector Commitment simulation framework proving evaluation correctness f(z)=y without revealing the entire vector payload.
To associate your repository with the vector-commitment topic, visit your repo's landing page and select "manage topics."