刘艳雯;张昕;赵起超;郝心怡;洪莉淑;
LIU Yanwen;ZHANG Xin;ZHAO Qichao;HAO Xinyi;HONG Lishu;School of Architecture, Tsinghua University;Kingfar International Inc.;

• 1:清华大学建筑学院
• 2:北京津发科技股份有限公司

摘要(Abstract)：

本研究旨在真实的机场候机厅中,在寻路实验的过程中收集被试的主观感受、生理数据、眼动数据,分析视觉功效和舒适性,初步定性地面照度和照明方式对使用者的影响。对于三种实验环境,发现最低的地面照度(88 lx)且无氛围光的条件下舒适性最佳、标志牌定位和识别难度最低,较低的地面照度(115 lx)且有氛围光的条件下的认知负荷最低。
The purpose of this study is to collect the subjective feelings, physiological data and eye movement data of the subjects in the course of completing the road-finding experiment in the real airport lounge, as an index to analyze their visual efficacy and comfort, and preliminarily determine the influence of floor illuminance and lighting mode on users. In this study, there are three different luminous environments. It is found that the lowest ground average illuminance(88 lx) without ambient light has the best comfort, the lowest difficulty in locating and identifying sings, and the lowest cognitive load under the condition of low ground illumination(115 lx) and ambient light.

关键词(KeyWords)： 机场候机厅;人工光环境;视觉功效;视觉舒适性;眼动
airport departure hall;artificial lighting;visual efficiency;visual comfort;eye movement

Abstract:

Keywords:

基金项目(Foundation): 国家重点研发计划子课题(课题编号：2018YFC0705001-01)

作者(Authors): 刘艳雯;张昕;赵起超;郝心怡;洪莉淑;
LIU Yanwen;ZHANG Xin;ZHAO Qichao;HAO Xinyi;HONG Lishu;School of Architecture, Tsinghua University;Kingfar International Inc.;

参考文献(References)：

• [1] The Society of Light and Lighting.Transport Buildings-Lighting for the built environment:Lighting Guide 15[S].London:SLL,2017.
• [2] Hughes N,Ryan B,Hallewell M,et al.Identifying new concepts for innovative lighting-based interventions to influence movement and behaviours in train stations[J].Lighting Research & Technology,2020,52(8):976-990.
• [3] Pedersen E,Johansson M.Dynamic pedestrian lighting:effects on walking speed,legibility and environmental perception[J].Lighting Research & Technology,2018,50(4):522-536.
• [4] Donker S F,Kruisheer J,Kooi F.Pedestrian walking speed as a tool to study environment-behavior[J].Der Internist,2011,17(11):589-591.
• [5] McCloughan C L B.The impact of lighting on mood[J].Lighting Research & Technology,1999,31(3):81-88.
• [6] Soares Marcelo M,Jacobs Karen,Vilar Elisangela,et al.Using environmental affordances to direct people natural movement indoors[J].Work,2012,41(Supplement 1):1149-1156.
• [7] Vilar Elisangela,Rebelo Francisco,Noriega Paulo,et al.Signage versus environmental affordances:is the explicit information strong enough to guide human behavior during a wayfinding task?[J].Human Factors and Ergonomics in Manufacturing & Service Industries,2015,25(4):439-452.
• [8] 建筑照明设计标准：GB 50034—2013[S].北京：建筑工业出版社，2013.
• [9] 黄星月，张肖肖，裴元杰.航站楼高大空间光环境调研分析[J].建筑电气，2021,40(6):68-74.
• [10] 刘艳雯，王呈瑜，张昕.基于机场候机厅渲染图像的光环境调查[J].照明工程学报，2021,32(1):60-65.
• [11] Liu Yanwen,Wu Xiaoyuan,Zhang Xin.Optimization of traffic space height in airport terminal for signal identification—using vr technology[C]// The 10th Asia Lighting Conference,2019.
• [12] 蔡建奇，杜鹏，温蓉蓉.照明光环境对视觉健康舒适度的影响[J].住区，2016(6):58-63.
• [13] Fotios S,Uttley J,Cheal C,et al.Using eye-tracking to identify pedestrians’ critical visual tasks,Part 1.Dual task approach[J].Lighting Research & Technology,2015,47(2):133-148.
• [14] Rayner Keith.Eye movements and attention in reading,scene perception,and visual search[J].The Quarterly Journal of Experimental Psychology,2009,62(8):1457-1506.
• [15] Wiener Jan M,H?lscher Christoph,Büchner Simon,et al.Gaze behaviour during space perception and spatial decision making[J].Psychological Research,2012,76(6):713-729.
• [16] Helmut Schrom-Feiertag,Volker Settgast,Stefan Seer.Evaluation of indoor guidance systems using eye tracking in an immersive virtual environment[J].Spatial Cognition & Computation,2017,17(1-2):163-183.
• [17] 高翔宇.基于眼动数据的疲劳度标注方法研究[D].上海：上海交通大学，2016.