Belohorec et al. proposed a unified framework in for proving the soundness of KZG class polynomial commitment schemes, covering both single and multi-variable variants. By conceptualizing the proof technique of Lipmaa et al., they demonstrated the completeness and soundness of the integrity assumptions, allowing black-box extraction of multi-variable KZG schemes. Belohorec等人在论文中提出了一个统一框架,用于证明KZG类多项式承诺方案的知识健全性,涵盖单变量和多变量变体。通过概念化Lipmaa等人的证明技术,他们展示了工具和可证伪的完整性假设,允许黑盒提取多变量KZG方案。
Hylé team shared benchmarking results of P256 ECDSA proving systems in the browser, focusing on comparing the performance and user experience of Noir, Circom, Halo2, and Cairo. Hylé团队分享了在浏览器中验证P256 ECDSA签名的证明系统基准测试结果,重点比较了Noir、Circom、Halo2和Cairo的性能和用户体验。