Circuit size represents the total number of logical operations in a cryptographic circuit. This metric signifies the total count of elementary gates or operations required to express a computation within a cryptographic circuit, primarily used in zero-knowledge proof systems. It determines the memory footprint and the overall computational burden for both proof generation and verification. A smaller circuit size leads to more compact proofs and faster verification.
Context
When discussing zero-knowledge proofs in digital asset news, circuit size is a vital parameter for assessing the practical feasibility and resource demands of various protocols. Efforts to minimize circuit size are ongoing, as this directly influences the cost and speed of privacy-preserving transactions on blockchain networks. Advances in circuit size reduction contribute to making these complex cryptographic tools more accessible and efficient.
Libra is the first ZKP to achieve optimal linear prover time O(C) and logarithmic succinctness, fundamentally enabling verifiable computation at scale.
Libra is the first ZKP system to achieve optimal linear prover time O(C) while maintaining succinct proof size, enabling practical large-scale verifiable computation.
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