Prof. LIN Yandan

Biography
Prof. LIN Yandan received Ph.D. education in both Fudan Univeristy and Technischen Universität Darmstadt. She takes the position of Chinese member for CIE as associate Director of Division 4 (Lighting and Signaling for Transportation). She is also the director of CIES Division for Lighting and Signaling for Transportation. Since 2013, she has organized International Forum on Automotive Lighitng (IFAL) for 4 years. She has published more than 90 academic articles. She gained the second prize of Shanghai Science Progress Award in 2013 and was awarded Great Contribution for China Solid State Lighting Alliance in 2014. In 2016, she received Shanghai Women’s Innovation Award and was titled as woman pace-setter

 Prof. LIN's research interests include visual comfort, health and smart lighting. She has taken several government funding projects of intelligent solid state lighting technology, the relationship between lighting, visual safety, visual efficiency, and health. Some of her research projects on visual mechanism and dynamic control strategy include National Natural Science Foundation of China, Special Project for China Commercial Aircraft, National High Technology Research and Development Program of China (863), National Basic Research Program of China (973).

• Chairman for International Forum on Automotive Lighting (IFAL)
  
• Chinese member for CIE Division 4 (Lighting and Signaling for Transportation)
• Director of CIES Division for Lighting and Signaling for Transportation

•  The second prize of Shanghai Science Progress Award in 2013
• Great Contribution for China Solid State Lighting Alliance in 2014
• Shanghai Women’s Innovation Award and woman pace-setter in 2016

• Fudan University      Bachelor
  
• Fudan Univeristy and Technischen University Darmstadt    Jiont PhD

• Undergraduate course: Colorimetry,  Human Factors in Lighting
• Postgraduate course:  Visual Science, Scientific Research Methodology

• 1. Dandan Hou, Wei Xu, Shuo Jing, Yandan Lin*, "Display dimming model characterized by three-dimensional ergonomic study," Optical Engineering. 60(3), 035110 (2021)

  2. Zhao, X.,Hou, D.,Lin, Y.*,Xu, W.. The effect of stroboscopic effect on human health indicators[J]. Lighting Research & Technology,2020,52(3):389-406.

  3. Lu Y.,Li W.,Xu W.,Lin Y.*. Impacts of LED dynamic white lighting on atmosphere perception[J]. Lighting Research & Technology,2019,51(8)：1143–1158.

  4. Lin Y.*.,Wei M.,Smet K.A.G.,Tsukitani A.,Bodrogi P.,Khanh T.Q.. Colour preference varies with lighting application[J]. Lighting Research & Technology,2017,49(3):316-328

  5. Xu W.,Wei M.,Smet K.A.G.,Lin Y.*. The prediction of perceived colour differences by colour fidelity metrics[J]. Lighting Research & Technology,2017,49(7):805-817.

  6. J He, Y Lin*, T Yano, H Noguchi, S Yamaguchi, Y Matsubayashi. Preference for appearance of Chinese complexion under different lighting. Lighting Research & Technology. 2017, Vol.49(2): 228-242

  7. Bodrogi P.,Lin Y.*,Xiao X.,Stojanovic D.,Khanh T.Q.. Intercultural observer preference for perceived illumination chromaticity for different coloured object scenes[J]. Lighting Research & Technology,2017,49(3):305-315.

  8. Lin Y.,He J.,Tsukitani A.,Noguchi H.. Colour quality evaluation of natural objects based on the Feeling of Contrast Index[J]. Lighting Research & Technology,2016,48(3):323-339.

  9. Lin Yandan,Fotios Steve,Wei Minchen,Liu Yihong,Guo Weihong,Sun Yaojie. Eye Movement and Pupil Size Constriction Under Discomfort Glare[J]. INVESTIGATIVE OPHTHALMOLOGY & VISUAL SCIENCE,2015,56(3):1649-1656.

  10. Lin Y.,Fotios S.. Investigating methods for measuring face recognition under lamps of different spectral power distribution[J]. Lighting Research & Technology,2015,47(2):221-235.