Light Environment Evaluation of Cargo Ship Cockpit for Night Tasks
SUN Yi-wei， CHEN Deng-kai， GAO Xin-wei， LIU Jia-xuan
Key Laboratory for Industrial Design and Ergonomics of Ministry of Industry and Information Technology， Northwestern Polytechnical University， Xian 710072， China.
SUN Yi-wei， CHEN Deng-kai， GAO Xin-wei， LIU Jia-xuan. Light Environment Evaluation of Cargo Ship Cockpit for Night Tasks[J]. Journal of Northeastern University(Natural Science), 2023, 44(6): 832-839.
[1]Wang A，Xie X，He X，et al.Study on the light environment evaluation based on digital image［C］//2017 Asia-Pacific Computer Science and Application Conference.Los Alamitos:IEEE Computer Society，2017:622-627. [2]Stokkermans M，Vogels I，Heynderickx I.The effect of spatial luminance distribution on dark adaptation［J］.Journal of Vision，2016，16(8):1-15. [3]Yoshiki N.Assessing scene brightness and glare by an imaging system—possibility of appearance-based lighting evaluation［C］//Proceedings of the Tenth China International Semiconductor Lighting Forum Technology Branch.Piscataway:IEEE，2013:61-64. [4]Sim Y，Kim I，Choi A，et al.A preliminary study of an evaluation method for discomfort glare due to light trespass［J］.Lighting Research & Technology，2017，49(5):632-650. [5]尚颖英，朱川川，谢蓄芬，等.面向光环境亮度测量的彩色成像系统光度定标方法［J］.照明工程学报，2020，31(2):28-32，48.(Shang Ying-ying，Zhu Chuan-chuan，Xie Xu-fen，et al.Color imaging system luminance calibration method for luminance environment luminance measurement［J］.Journal of Lighting Engineering，2020，31(2):28-32，48.) [6]Zhang Z.Research and analysis ship sailing environmental assessment［J］.Advanced Materials Research，2014，971/972/973:2361-2363. [7]Jiao J，Ren H，Sun S.Assessment of surface ship environment adaptability in seaways:a fuzzy comprehensive evaluation method［J］.International Journal of Naval Architecture & Ocean Engineering，2016，8(4):344-359. [8]Zhang R J.The relationship between safety of night voyage and light pollution at sea［J］.IOP Conference Series:Earth and Environmental Science，2019，252(4):042057. [9]黄成，阮光辉，马野，等.基于物元法的船舶夜航光环境评价［J］.照明工程学报，2017，28(6):77-82.(Huang Cheng，Ruan Guang-hui，Ma Ye，et al.Environmental assessment of ship night voyage light based on matter element method［J］.Journal of Lighting Engineering，2017，28(6):77-82.) [10]Zhu J，Sun L，Xiao Z，et al.Statistical analysis of the questionnaire for light pollution at sea with SPSS［C］//2010 International Conference on Optoelectronics and Image Processing.Piscataway:IEEE，2010:402-406. [11]周晓易，周拓阳，邓野.大型水面舰船工作舱室光环境设计中的眩光评价［J］.照明工程学报，2020，31(4):65-73.(Zhou Xiao-yi，Zhou Tuo-yang，Deng Ye.Glare evaluation of light environment design in large surface warship working cabin［J］.Journal of Lighting Engineering，2020，31(4):65-73.) [12]Stokkermans M，Heynderickx I.Temporal dark adaptation to spatially complex backgrounds:effect of an additional light source［J］.Journal of the Optical Society of America:A Optics and Image Science，and Vision，2014，31(7):1485-1494. [13]王笃明，宋赛尉，许跃进.基于视觉工效的光电显示器显示效果研究综述［J］.人类工效学，2017，23(6):62-67.(Wang Du-ming，Song Sai-wei，Xu Yue-jin.A review of research on display effect of photoelectric display based on visual ergonomics［J］.Chinese Journal of Ergonomics，2017，23(6):62-67.) [14]Theeuwes J，Alferdinck J W，Perel M.Relation between glare and driving performance［J］.Human Factors，2002，44(1):95-107. [15]Evanoff T V， Krebs W K.A maritime navigation display that provides visual feedback to improve conning officers ship-handling during low visibility environments［J］.Ergonomics，2002，45(15):1078-1090. [16]Yang S，Ferris T K.Measuring cognitive efficiency of novel speedometer displays［C］//Proceedings of the Human Factors and Ergonomics Society Annual Meeting.Washington D C:SAGE Publishing，2016:1941-1945. [17]Takemura Y，Ito M，Shimizu Y，et al.Adaptive light:a lighting control method aligned with dark adaptation of human vision［J］.Scientific Reports，2020，10:11204-11220.
