Director
Dept. of Color and Illumination Technology, National Taiwan University of Science and Technology
3D Stereoscopic Display for Visual Human Factor Research
Education:
National Central University / Department of Optics and Photonics / PhD
Experience:
Director, Graduate Institute of Color and Illumination Technology, National Taiwan University of Science and Technology.
Director, Color, Imaging, and Illumination Center, National Taiwan University of Science and Technology.
Grant Review Committee, Photonics Program, Engineering Division, National Science and Technology Council.
From IP to IPO, FITI, Entrepreneurial Potential Award.
National Taiwan University of Science and Technology, Research Awards, 2022.
2022~ Director, Prospective Display Technology and Cross-Field Applied Teaching Alliance Project, Ministry of Education.
2022~ Honored Chairperson, 3D Interaction & Display Association(3DIDA).
2021~ Director, Special Research Program for Advanced Smart Display, National Science and Technology Council.
2018~ Chief Supervisor, 3D Interaction & Display Association(3DIDA).
2017~ Technical adviser, Pingtung Assistant Optomerists Association.
2016~2018 Chairperson, 3D Interaction & Display Association(3DIDA).
2014~ Committee Member, Society of International Display (SID)-Applied Vision.
2014~ Convener, Division 6, International Commission on Illumination-Taiwan (CIE- Taiwan).
2014~2016 Council member, Color Association of Taiwan.
2012 Chairman, The Committee for Promotion of Studies, 3D Interaction & Display Association(3DIDA).
2012~2014 Vice Convener, Division 3, International Commission on Illumination-Taiwan (CIE- Taiwan).
As emerging 3D stereoscopic display technologies evolve into glasses-free or auto stereoscopic imaging systems, the auto stereoscopic display technology not only alleviates the burden of wearing imaging devices but also achieves a more intuitive and direct three-dimensional image viewing experience, even possessing the capability for image interaction. However, in response to the development of various technologies, the question of whether the visual perception during viewing imposes physiological or psychological burdens and potential harm to individuals has been a concern across various fields.<br>The study of Visual Human factor research delves into the impact of emerging stereoscopic displays and lighting design on individuals through objective and subjective measurements, such as measuring participants' brainwaves, heart rate variability, and assessing the perception of images. This research aims to gain a deeper understanding of the effects of emerging Humancentric 3D stereoscopic display devices and light sources on individuals, ultimately assisting in the optimization of stereoscopic displays to enhance the viewing experience while ensuring the visual health of users.