Jiana Lian

Title: **The Innovative Contributions of Jiana Lian**

Introduction

Jiana Lian is a prominent inventor located in Zhejiang, China, known for her significant contributions to the field of circuit design. With a total of two patents to her name, she has demonstrated a commitment to advancing technology through innovative solutions in security and circuit functionality.

Latest Patents

Jiana Lian's latest patents showcase her ingenuity and technical expertise. The first patent, titled "Strong and Weak Hybrid PUF Circuit," describes a unique circuit comprising N switch units and an arbiter. This circuit features two symmetrical delay paths formed by the switch units, where each delay module contains six stages of delay cells. It is designed to operate based on input activation signals, allowing flexibility in configuration as either a strong or weak PUF circuit depending on the Hamming weight of these signals. The second patent, "Detection Method of Control Flow Attacks Based on Return Address Signatures," presents a sophisticated method for enhancing data processor security. This invention employs a return address as a push return address during interrupt service routines, utilizing XOR encryption and an MD algorithm to generate and compare push and pop address signature values, thereby determining the presence of control flow attacks.

Career Highlights

Currently, Jiana Lian is associated with Wenzhou University, where she engages in cutting-edge research and innovation. Her career reflects a dedication to developing advanced technologies that address real-world problems, particularly in the realm of security circuits.

Collaborations

Jiana has worked alongside talented individuals such as Pengjun Wang and Gang Li. These collaborations highlight her ability to work effectively within a team, furthering the advancement of important technological solutions.

Conclusion

Through her inventive work and collaboration with peers, Jiana Lian has solidified her position as a notable figure in the field of technology. Her patents not only reflect her innovative spirit but also contribute to the ongoing evolution of circuit design and security mechanisms, potentially benefiting a wide range of industries.