Xiao Ouyang

Title: The Innovative Mind of Xiao Ouyang

Introduction

Xiao Ouyang, a distinguished inventor based in Beijing, China, has made significant contributions to the fields of motion vector encoding and polymer surface treatment. With a portfolio of three patents, her work represents the forefront of innovation in technology and material sciences.

Latest Patents

Ouyang's most recent patents showcase her expertise and inventive spirit. One notable patent is the "Encoding/Decoding Method and Apparatus for Motion Vector Information." This invention introduces a method for encoding motion vector information by determining various combinations of motion vector predictions and resolutions. The method emphasizes efficiency by enabling the encoding of critical information into a bitstream, including motion vector resolution and prediction vector differences.

Another significant patent is for a "Surface Treatment Method of a Polymer for 5G." This inventive approach involves the injection of oxygen elements into the polymer matrix, enhancing its surface characteristics and bonding strength with metals. The method addresses key performance metrics such as surface resistivity, roughness, and mechanical properties, with a focus on practical applications in large-scale manufacturing.

Career Highlights

Xiao Ouyang has had a remarkable career, working with renowned institutions that have propelled her innovative pursuits. Her tenure at Beijing Normal University and Guangxin Ion Beam Technology Co., Ltd. has allowed her to refine her skills and extend her impact in the field of technology and materials research.

Collaborations

Throughout her career, Ouyang has collaborated with esteemed colleagues, including Bin Liao and Guoliang Wang. These partnerships have fostered a creative and dynamic research environment, enabling the development of transformative inventions that push the boundaries of current technologies.

Conclusion

Xiao Ouyang's journey as an inventor is a testament to her commitment to innovation and excellence. With a strong foundation in research and a focus on practical applications, her patents are set to influence the future of motion vector encoding and polymer technologies, paving the way for advancements in various industries.