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所在平台: Udemy |
课程主页: https://www.udemy.com/course/web3-academy-masterclass-zero-knowledge-proofs-essentials/
课程评论：没有评论
课程名称：Web3学院大师班：零知识证明基础 课程概述：欢迎步入零知识证明的前沿世界，这是一项革命性的密码技术，支持现代区块链系统的隐私和可扩展性。此课程旨在引导学习者了解零知识证明的理论基础和应用，特别适合区块链开发者、密码学爱好者和Web3企业家。 课程内容从基础开始，您将探讨零知识证明的核心原则，包括完整性、可靠性和零知识。您将学习这些属性如何创建允许安全验证知识而无需揭示知识本身的密码系统。深入了解零知识证明的基础构件，例如算术电路、多项式承诺和椭圆曲线。 课程还深入探讨高级技术，如SNARK（简洁非交互式知识论证）和STARK（可扩展透明知识论证）。您将理解它们独特的特性、应用场景，以及在构建它们时可信设置和椭圆曲线配对的作用。PLONK协议也是本课程的一个亮点，展示了它如何通过多项式承诺实现效率和可扩展性。 通过本课程的学习，您将对零知识证明有一个扎实的理解，使您能够欣赏其在隐私保护技术、匿名交易和去中心化身份系统中的应用。开始这段旅程，深入探索密码学中最具变革性的领域之一！
Step into the cutting-edge world of Zero Knowledge Proofs, a revolutionary cryptographic technology that powers privacy and scalability in modern blockchain systems. This course is designed to guide learners through the theoretical foundations and applications of Zero Knowledge Proofs, making it ideal for blockchain developers, cryptography enthusiasts, and Web3 entrepreneurs.Starting with the basics, you'll explore the core principles of Zero Knowledge Proofs, including completeness, soundness, and zero knowledge. You'll learn how these properties create cryptographic systems that allow the secure verification of knowledge without revealing the knowledge itself. Dive deeper into the building blocks of Zero Knowledge Proofs, such as arithmetic circuits, polynomial commitments, and elliptic curves.The course also provides an in-depth exploration of advanced technologies like SNARKs (Succinct Non-Interactive Arguments of Knowledge) and STARKs (Scalable Transparent Arguments of Knowledge). You'll understand their unique properties, use cases, and the role of trusted setups and elliptic curve pairings in their construction. The PLONK protocol is another highlight, showing how it achieves efficiency and scalability through polynomial commitments.By the end of this course, you'll have a solid understanding of Zero Knowledge Proofs, enabling you to appreciate their applications in privacy-preserving technologies, anonymous transactions, and decentralized identity systems. Embark on this journey and deepen your expertise in one of the most transformative fields of cryptography!
