 Yandan, Lin Professor，PhD，Lighting & Colour Science Dept.Illuminating Engineering&Light Sources School of Information Science and Technology Fudan University. Her research focuses on the relationship between light environment and visual operation safety, efficiency and health.The research results have been applied to national defense, transportation, medical health and smart lighting. She has published more than 190 academic papers, of which more than 50 are included in SCI journals and EI. She won the second Prize of Shanghai Science and Technology Progress Award twice in 2013 and 2017; CSA 10-year Contribution Award in 2014. In 2016, Prof.Yandan Lin won the Shanghai Woman Innovation Rookie Award and Shanghai Woman Pace Setter, which was awarded by the Shanghai Women's Federation, the Shanghai Municipal Education Commission and the Shanghai Municipal Science and Technology Commission. In 2023, she won the World Federation of Engineering Organizations (WFEO) Gree Women in Engineering Award. She participated in the major projects of domestic large aircraft "Research on the Mechanism of Large Passenger Aircraft Cabin Scene Lighting" and "Ergonomics Research on Large Passenger Aircraft Cockpit Lighting" In the past 20 years, Prof. Yandan Lin has adhered to the front line in the field of light health, continuously carried out long term and in depth systematic scientific research at the forefront of the no man's land in this field, played the le ading role of outstanding female scientists in the field of engineering, and achieved a number of achievements and won multiple awards. In the important pillar manufacturing fields such as aircraft, trains and automobiles, Prof. Yandan Lin solve the common mechanism problems of light safety and light health in driving, and tackle key technologies that affect safe driving. 1. Study the mathe matical model of uncomfortable glare; A high dynamic display dimming model and a multi objective optimization algorithm based on visual safety in complex application scenarios are established to visualize the light environment and ensure driving safety for complex scenarios such as airplanes and trains. 2. Define the light scheme to improve emotional disorders and form a patent, which provides new phototherapy ideas and theoretical basis for the treatment of mood disorders. 3. Quantitatively predict the impac t of light time points and light accumulation on human circadian rhythm phase shift, and guide the design and evaluation of health light environment. Based on the above three aspects, the basic methodology of human factors engineering in lighting and the comprehensive system of light health assessment have been formed, and applied to the research and development and production of key cabins of many types of export trains such as civil aircraft (C919), CRRC Boston Orange Line Metro (76 trains and 152 cars), Boston Red Line Metro (126 trains and 252 cars), Tel Aviv Red Line trams (90 trains and 450 cars), Los Angeles Metro (32 trains and 64 cars) and other key cabins of export trains to ensure light safety and Health and comfort, regulating the visual safety, emotional and mental health of long term artificial light service members. Homepage Link LIN Yandan-Faculty-School of Information Science and Technology (fudan.edu.cn) LIN Yandan-Fudan University Human Phenome Institute-Research Supervisor Wei, Xu Associate Professor, Graduate Director Professor of Department of Light Sources & Illuminating Engineering, Fudan University. Excellent Morality Teacher of Fudan University. Her interests include analysis of lighting systems and lighting measurement studies.
Professor of Department of Light Sources & Illuminating Engineering, Fudan University. Executive Chairman of the National Modern Agricultural Photovoltaic Industry Collaborative Innovation Strategic Alliance. Chief Expert in the New Energy Field, National Expert Steering Committee on Innovation and Entrepreneurship, Ministry of Science and Technology of China. His research interests include energy and IOT big data and power electronic and intelligent control. Curriculum Vitae-LIN Yandan Education Ø 9, 1995 – 1, 2005 Fudan university, Bachelor and Ph.D, Major in: Lighting Ø 8, 2003 – 9, 2004 Technische Universität Darmstadt, DAAD Joint PhD Program, Lighting and Vision Ø 9, 2015 - 10, 2017 China Europe International Business School, Master of Business Administration Work Experience Ø 12, 2014 – Now Fudan University, Shanghai. Professor (Full) Ø 4, 2006 – 11, 2014 Fudan University, Shanghai. Asso.Prof Ø 3, 2005 – 3, 2006 Fudan University, Shanghai. Lecturer Participate in domestic and international standardization work Ø 2012.09- present China National representative of the International Commission on Lighting (CIE) Division 4 (Traffic and Outdoor Lighting); Director of the Technical Committee TC1-91 (Color Quality of White Light) of the International Commission on Lighting (CIE) Ø 2017.09-present Standardization Administration of the People's Republic of China (TC114SC21; SAC/TC224; Member of TC224SC4, Deputy Secretary General of SC4 Ø 2014.10-present Member of Science and Technology Committee of Shanghai Institute of Quality and Standardization Ø 2023-present ISO/TC 274’s liaison to ISO/TC 269/SC 2 rolling stock Academic and Society Positions Ø China National representative of the International Commission on Lighting (CIE) Division 4 (Traffic and Outdoor Lighting); Ø Director of the Technical Committee TC1-91 (Color Quality of White Light) of the International Commission on Lighting (CIE) Ø Founder and Chairman for International Forum of Automotive Lighting (IFAL) Ø Director of China Illuminating Engineering Society Ø Director of Intelligent Traffic Lighting Professional Committee of China Illuminating Engineering Society；Member of editorial board of "China Illuminating Engineering Journal" and "Journal of Applied Optics" Ø Standardization Administration of the People's Republic of China (TC114SC21; SAC/TC224; Member of TC224SC4, Deputy Secretary General of SC4 Ø Csic surface Department and underwater department technology committee technical expert Ø ISO/TC 274’s liaison to ISO/TC 269/SC 2 rolling stock Ø Full member of the American Honors Society for Scientific Research (Sigma Xi) Journal Editor Ø Scientific Reports, Editorial Board Members. 2023-now Ø Journal of Physiological Anthropology, Editor. 2013-now Ø Journal of Applied Optics，Member of the 10th Editorial Board Yaojie, Sun Professor, Dissertation Director Liangzhuang, Wei——————————— Year of Admission: 2018 Research Field: Light therapy and medical image processing Jun, Song——————————— Year of Admission: 2018 Research Field: Evaluation of interior lighting of autonomous cars Wei, Xu——————————— Year of Admission: 2019 Research Field: Hyperspectral imaging technology Xiaodong, Sun——————————— Year of Admission: 2019 Research Field: Vehicle networking technology Xiangwei, Yi——————————— Year of Admission: 2020 Research Field: Machine Vision and Color Evaluation Nuoyi, Li——————————— Year of Admission: 2020 Research Field: Mechanism and Effects of Light on Human Physiological Health Lei, Zhang——————————— Year of Admission: 2018 Research Field: Visual Perception and Robot Xiangwei, Yi——————————— Year of Admission: 2020 Research Field: Machine Vision and Color Evaluation Chenyao, Zhao——————————— Year of Admission: 2021 Research Field: Health Lighting and Human Ergonomics Dingran, Qu ——————————— Year of Admission: 2022 Research Field: Vision and ergonomics Leilei, Wu——————————— Year of Admission: 2022 Research Field: Multimodal man-machine efficiency Liang, Qu——————————— Year of Admission: 2023 Research Field: Advanced lighting technology and application Junqin, Cao——————————— Year of Admission: 2023 Research Field: Light regulation technology based on human health lighting requirements Wenqing, Miao ——————————— Year of Admission: 2021 Research Field: Electronic information Zihang, Fan ——————————— Year of Admission: 2021 Research Field: Optical design and image processing Rui, Zhao ——————————— Year of Admission: 2022 Research Field: Computer vision and image processing Wei, Cheng ——————————— Year of Admission: 2022 Research Field: Optical design and image processing Minjie, Zhou ——————————— Year of Admission: 2022 Research Field: Research on human factor strategy optimization in semiconductor application engineering and project management
Ergonomics study of imaging optical system in interactive automotive lighting and environmental lighting applications Xiao, Wang ——————————— Year of Admission: 2023 Research Field: Electronic information Yitao, Peng ——————————— Year of Admission: 2023 Research Field: Intelligent electronic and optoelectronic systems Wei, Zhao ——————————— Year of Admission: 2023 Research Field: Electronic information
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