作為每個晶片上指紋的硬體安全應用，PUF是目前非常受歡迎的研究主題。PUF具有幾個重要特徵：隨機性，不可複製性和穩定性。 它可以用來唯一地標識每個晶片，作為靜態熵池並生成密鑰並可用此來保護每個晶片的重要秘密。今天的演講將從PUF的原理介紹，其設計概念和各種類型的設計，最後將介紹eMemory的NeoPUF及其相關應用程序。

As the inborn hardware security of on-chip fingerprints, PUF (Physical Un-clonable Function) is currently a very popular research topic. PUF has several important characteristics: randomness, unclonability and robust-ness. It can be used for unique identity of each chip, generate a key as a static entropy pool and protect the secret of each chip. Today's speech will focus on what PUF is, design concepts and various types, and finally will introduce eMemory's NeoPUF and its related applications.