面向夜间任务的货轮驾驶舱光环境评估

doi:10.12068/j.issn.1005-3026.2023.06.010

东北大学学报（自然科学版） ›› 2023, Vol. 44 ›› Issue (6): 832-839.DOI: 10.12068/j.issn.1005-3026.2023.06.010

面向夜间任务的货轮驾驶舱光环境评估

孙意为，陈登凯，高馨薇，刘佳璇

(西北工业大学工业设计与人机工效工信部重点实验室，陕西西安710072)

发布日期:2023-06-20
通讯作者: 孙意为
作者简介:孙意为(1996-)，男，辽宁锦州人，西北工业大学博士研究生; 陈登凯(1973-)，男，陕西榆林人，西北工业大学教授，博士生导师.
基金资助:
国家重点研发计划项目(2021YFC2800600)；陕西省重点研发计划项目(2022GY-311).

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， Xian 710072， China.

Published:2023-06-20
Contact: CHEN Deng-kai
About author:-
Supported by:
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摘要/Abstract

摘要： 在夜间行驶中，驾驶舱内光源都来自于电子屏幕，其亮度对驾驶员视觉工效产生直接影响.基于夜间行驶中货轮驾驶舱照明环境特点，通过暗环境实验分析不同屏幕亮度下被试人员的表现，从任务效能的角度，基于认知效率、暗适应能力、舒适度三个维度对货轮驾驶舱光环境进行评估.拟合实验数据，构建面向夜间任务的货轮驾驶舱光环境评估模型，得出屏幕亮度值控制在20cd/m²时任务表现较好.对货轮夜间行驶中，驾驶舱的光环境优化起到指导作用.

关键词: 光环境评估；暗适应；认知效率；货轮驾驶

Abstract: During night driving， the light source in the cockpit comes from electronic screens， and the brightness has a direct impact on the drivers visual ergonomics. Based on the characteristics of the cargo ship cockpit light environment during night driving， the performance of participants under different screen brightness is analyzed through dark environment experiments. From the perspective of task effectiveness， the light environment of the cargo ship cockpit is evaluated based on three dimensions of cognitive efficiency， dark adaptability， and comfort. The experimental data is fitted to construct a light environment evaluation model of the cargo ship cockpit for night tasks. And it is concluded that the task performed well when the screen brightness value is controlled at 20cd/m². It plays a guiding role in the optimization of the light environment of the cockpit during cargo ship night driving.

Key words: light environment evaluation; dark adaptation; cognitive efficiency; cargo ship driving

中图分类号:

TB18

孙意为，陈登凯，高馨薇，刘佳璇. 面向夜间任务的货轮驾驶舱光环境评估[J]. 东北大学学报（自然科学版）, 2023, 44(6): 832-839.

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.

参考文献

[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.

面向夜间任务的货轮驾驶舱光环境评估

Light Environment Evaluation of Cargo Ship Cockpit for Night Tasks

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