Guoqiang Shang

Title: Innovations and Contributions of Guoqiang Shang in Media Data Processing

Introduction

Guoqiang Shang is an accomplished inventor based in Shenzhen, China, with an impressive portfolio of 35 patents. His contributions primarily focus on media data processing technologies, which have significant implications for various applications in digital and multimedia systems.

Latest Patents

Guoqiang Shang's latest patents include a "Media data processing method, apparatus and system." This innovation involves a comprehensive method that entails obtaining an optical signal at a sampling point and acquiring its intensity along with display brightness at the destination. By determining an opto-electronic transfer control parameter, the method effectively processes the optical signal, transforming it into an electrical signal and ultimately encoding it into a bitstream.

Another significant patent by Shang is related to "Image encoding and decoding methods, image processing device, and computer storage medium." This invention focuses on enhancing image coding through innovative techniques, generating new palette colors from current coding blocks and utilizing multiple palette and pixel string coding methods to produce a video bitstream.

Career Highlights

Guoqiang Shang has had a remarkable career, having worked for prestigious organizations such as ZTE Corporation and Tongji University. His experience in these companies has contributed to his research and development skills, enabling him to contribute valuable inventions in the field of media processing and encoding.

Collaborations

Throughout his career, Guoqiang has worked alongside notable colleagues, including Ming Li and Zhao Wu. These collaborations have likely enhanced his capabilities in tackling complex problems and fostering innovation within the realm of multimedia technologies.

Conclusion

In summary, Guoqiang Shang’s inventive spirit and expertise in media data processing have led to significant advancements, as reflected in his numerous patents. His work not only showcases his commitment to innovation but also highlights the potential for further developments in multimedia applications that can arise from his contributions.