Jingfan Fan

Title: **Innovative 3D/2D Vascular Registration Method by Jingfan Fan**

Introduction

Jingfan Fan is an accomplished inventor based in Beijing, China. His innovative contributions to the medical imaging field have led to significant advancements in vascular registration methods, specifically through the development of a unique technique designed to enhance the accuracy and efficiency of such processes.

Latest Patents

Jingfan Fan holds one patent for a groundbreaking **3D/2D vascular registration method and its means**. This method involves creating two vascular image models—one from a three-dimensional vascular image and another from a two-dimensional vascular image—based on the topological information of the vessels. By establishing a spatial transformation relationship between these two models, the method allows for the precise registration of 3D and 2D vascular images. This innovation not only focuses on high accuracy but also ensures high calculation efficiency, making it a noteworthy contribution to medical imaging technologies.

Career Highlights

Jingfan Fan is associated with the Beijing Institute of Technology, where he continues to contribute to the field of medical imaging and vascular registration technologies. His work is informed by a rich academic and research pedigree, positioning him at the forefront of innovation in this vital area of healthcare.

Collaborations

Throughout his career, Jingfan has collaborated with esteemed colleagues, including Yongtian Wang and Jian Yang. These collaborations have played a crucial role in the development and refinement of his inventions, driving forward the mission to improve medical imaging practices and patient outcomes.

Conclusion

Jingfan Fan stands out as a notable inventor whose pioneering 3D/2D vascular registration method not only demonstrates technical proficiency but also addresses a critical need in healthcare. His contributions, made within the supportive environment of the Beijing Institute of Technology, reflect the potential for continued innovation in the complex field of vascular imaging.