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Original Articles

Peripheral Detection While Driving under a Mesopic Light Level

, Ph.D. & , Ph.D.
Pages 85-94 | Published online: 16 Sep 2013

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E. G. Vicente, B. M. Matesanz, M. Rodríguez-Rosa, A. M. Sáez, S. Mar & I. Arranz. (2023) Effect of Correlated Color Temperature and S/P-ratio of LED Light Sources on Reaction Time in Off-axis Vision and Mesopic Lighting Levels. LEUKOS 19:1, pages 4-15.
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EG Vicente, I Arranz, D Galarreta, P Barrionuevo, M Rodríguez-Rosa, S Mar, JA Aparicio & BM Matesanz. (2021) Effect of Different Spectral Power Distributions on Mesopic Visual Performance with Blue Light-filtering Intraocular Lens. LEUKOS 17:1, pages 59-74.
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Gary R. Steffy. (2006) Rational Illuminance. LEUKOS 2:4, pages 235-261.
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Articles from other publishers (29)

Parthasarathi Satvaya & Saswati Mazumdar. (2023) Performance analysis of a variable flux and CCT-based outdoor LED luminaire. Journal of Optics 52:3, pages 1305-1317.
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EG Vicente, BM Matesanz, D Galarreta, M Rodríguez-Rosa, S Mar, JA Aparicio & I Arranz. (2022) Effect of the spectral power distribution on visual performance of subjects implanted with intraocular lenses with or without a blue light-filter under night-driving conditions. Lighting Research & Technology, pages 147715352210947.
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Suddhasatwa Chakraborty, Aiswarya Dev Goswami & Saswati Mazumdar. (2022) Beam controlled lighting design: An approach towards optimization of road lighting design. Optik 261, pages 169165.
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S Fotios, CJ Robbins, SR Fox, C Cheal & R Rowe. (2020) The effect of distraction, response mode and age on peripheral target detection to inform studies of lighting for driving. Lighting Research & Technology 53:7, pages 637-656.
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Suddhasatwa Chakraborty, Debtanu Ray & Ishan Palit. (2021) An EEG based comparative study on driver's performance under the influence of metal halide and high pressure sodium lighting. Optik 245, pages 167676.
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Jianhua Ding, Qi Yao & Lei Jiang. (2019) Comparisons of Scotopic/Photopic Ratios Using 2- and 10-Degree Spectral Sensitivity Curves. Applied Sciences 9:20, pages 4471.
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Z Chen, Y Tu, Z Wang, L Liu, L Wang, D Lou, X Zhu & K Teunissen. (2018) Target visibility under mesopic vision using a driving simulator. Lighting Research & Technology 51:6, pages 883-899.
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Eduardo G. Vicente, Isabel Arranz, Luis Issolio, Beatriz M. Matesanz, Alejandro H. Gloriani, José A. Menéndez, Miguel Rodríguez-Rosa, Bárbara Silva, Elisa Colombo, Santiago Mar & Juan A. Aparicio. (2018) Influence of age and spectral power distribution on mesopic visual sensitivity. Attention, Perception, & Psychophysics 81:2, pages 504-516.
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MS Rea & A Bierman. (2016) A new rationale for setting light source luminous efficacy requirements. Lighting Research & Technology 50:3, pages 340-359.
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J Uttley, S Fotios & C Cheal. (2016) Effect of illuminance and spectrum on peripheral obstacle detection by pedestrians. Lighting Research & Technology 49:2, pages 211-227.
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Mathew Hunter, Ben Godde & Bettina Olk. (2016) Effects of absolute luminance and luminance contrast on visual discrimination in low mesopic environments. Attention, Perception, & Psychophysics 79:1, pages 243-252.
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S Fotios, J Uttley & C Cheal. (2016) Maintaining foveal fixation during a peripheral detection task. Lighting Research & Technology 48:7, pages 898-909.
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T Uchida & Y Ohno. (2013) Defining the visual adaptation field for mesopic photometry: Does surrounding luminance affect peripheral adaptation?. Lighting Research & Technology 46:5, pages 520-533.
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Peter Boyce. 2014. Human Factors in Lighting, Third Edition. Human Factors in Lighting, Third Edition 611 666 .
Marco Pasetto & Stefano Damiano Barbati. (2012) The Impact of Simulated Road-Space Perception on Driver's Behavior. Procedia - Social and Behavioral Sciences 53, pages 721-730.
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Rolando C. Aguirre, Elisa M. Colombo & José F. Barraza. (2011) Effect of glare on reaction time for peripheral vision at mesopic adaptation. Journal of the Optical Society of America A 28:10, pages 2187.
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PR Boyce, S Fotios & M Richards. (2009) Road lighting and energy saving. Lighting Research & Technology 41:3, pages 245-260.
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Peter Boyce. 2008. Lighting for Driving. Lighting for Driving 341 364 .
Wencheng CHEN, Yandan LIN, Shinichi KOJIMADahua CHEN. (2008) A Study on Peripheral Visibility under Different Headlamp Low-beam Pattern. Journal of Light & Visual Environment 32:4, pages 358-365.
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M.S. ReaJ.D. Bullough. (2016) Making the move to a unified system of photometry. Lighting Research & Technology 39:4, pages 393-408.
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John D. Bullough & Mark S. Rea. 2007. The Optics Encyclopedia. The Optics Encyclopedia.
Yukio Akashi, M S Rea & J D Bullough. (2016) Driver decision making in response to peripheral moving targets under mesopic light levels. Lighting Research & Technology 39:1, pages 53-67.
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Geza Varady & Peter Bodrogi. (2006) Mesopic spectral sensitivity functions based on visibility and recognition contrast thresholds. Ophthalmic and Physiological Optics 26:3, pages 246-253.
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Johan W. A. M. Alferdinck. (2006) Target detection and driving behaviour measurements in a driving simulator at mesopic light levels. Ophthalmic and Physiological Optics 26:3, pages 264-280.
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M EloholmaM Viikari, L Halonen, H Walkey, T Goodman, J Alferdinck, A Freiding, P Bodrogi & G Várady. (2016) Mesopic models—from brightness matching to visual performance in night-time driving: a review. Lighting Research & Technology 37:2, pages 155-173.
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John D. Bullough & Mark S. Rea. 2003. digital Encyclopedia of Applied Physics. digital Encyclopedia of Applied Physics.
María Cinta Puell, Catalina Palomo, Celia Sánchez-Ramos & Consuela Villeno. (2004) Normal Values for Photopic and Mesopic Letter Contrast Sensitivity. Journal of Refractive Surgery 20:5, pages 484-488.
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John D. Bullough & Mark S. Rea. (2004) Visual Performance Under Mesopic Conditions: Consequences for Roadway Lighting. Transportation Research Record: Journal of the Transportation Research Board 1862:1, pages 89-94.
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PR BoyceY Akashi, CM Hunter & JD Bullough. (2016) The impact of spectral power distribution on the performance of an achromatic visual task. Lighting Research & Technology 35:2, pages 141-156.
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