Guojing He

Guojing He, obtained a Ph.D. in Optical   Engineering from Xi'an University of Electronic Science and Technology in   2008, focusing on the modeling and simulation direction of photoelectronic   imaging systems. And in 2011, Dr.He continued his postdoctoral research in   Applied Mathematics at Georgia Institute Of Technology, primarily focusing on   image quality assessment and image reconstruction. Since 2002, He Guo has   been engaged in teaching and scientific research, mainly engaged in   photoelectrical imaging system modeling simulation, GPU-based general computing, and other aspects of research. During his work and   postgraduate studies, he participated in 7 national and ministerial   scientific research projects and presided over 2 vertical projects and 4   horizontal scientific research projects, and published 9 scientific research   papers in core international and domestic journals, 2 of which were searched   by SCI and 5 by EI.

In 2012, He joined Xi’an NovaStar   Technology Co., Ltd., mainly responsible for Nova New Market Development, new   technology planning, research and development, and promotion. While at   NovaStar, he participated in the development of an LED display light color   correction system, LED display cluster management system, and some other   NovaStar’s core products. Dr.He has won the first prize of Xi'an Science and   Technology Award, the second prize of Science and Technology Progress of   Shaanxi Province, and the title of "100 experts at the provincial   level".

            Image quality improvement technology for mini/micro LED

Mini/Micro LED display technology is known as the future display technology. How to make use of the advantages of Mini/Micro LED to enable the display screen to present excellent display quality is a hot spot of current industry research and the key to industrialization.

The report will take high-quality display as the starting point, combined with the future application direction of Mini/Micro LED display, explain the principle and structure of the control system, the principle and structure of the calibration system, and the principle of the image quality improvement algorithm, etc., and show the audience in-depth insights on LED high-quality display.