Једно решење IoT система за испитивање утицаја вештачког осветљења на човекову продуктивност

Pavle Vuković

doi:10.24867/

Electrotechnical and Computer Engineering

Vol. 41 No. 08 (2026): Proceedings of the Faculty of Technical Sciences

IoT System for Investigating the Impact of Artificial Lighting on Human Productivity

Pavle Vukovic

PDF (Serbian)

DOI:: https://doi.org/10.24867/
Submitted: September 7, 2026
Published: 2026-09-09

Abstract

The aim of this thesis is the design and implementation of an IoT system for indoor lighting control that overcomes the limitations of solutions currently used in scientific research. Based on a literature review, the impact of light on human productivity and health is confirmed and shortcomings of existing systems are identified. The system is built on a smart home software platform and extended through the implementation of defined smart logic. The system was designed, implemented and tested against predefined criteria and the results show that it fully meets these criteria and successfully addresses the shortcomings of existing systems. The main limitation of the current solution is scalability: current solution is appropriate for small indoor spaces. It requires scaling to be applicable in industrial environments.

References

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[1] [1] Van Bommel, Ir WJM, Ir GJ Van Den Beld, and

[2] Ir MHF Van Ooyen. "Industrial lighting and

[3] productivity." Philips Lighting, The Netherlands

[4] 20 (2002): 8.

[5] 910[2] Juslén, Henri. "Lighting and productivity in the

[6] industrial working place." Proceedings of

[7] Fifteenth international symposium. 2006.

[8] [3] Juslen, Henri, Marius Wouters, and Ariadne

[9] Tenner. "The influence of controllable tasklighting on productivity: a field study in a

[10] factory." Applied Ergonomics 38.1 (2007): 39-44.

[11] [4] Juslén, Henri. "Influence of the colour

[12] temperature of the preferred lighting level in an

[13] industrial work area devoid of daylight." Ingineria

[14] Iluminatului 8.18 (2006): 25-36.

[15] [5] Juslén, H. T., M. C. H. M. Wouters, and A. D.

[16] Tenner. "Lighting level and productivity: a field

[17] study in the electronics industry." Ergonomics

[18] 50.4 (2007): 615-624.

[19] [6] Juslén, Henri T., Jos Verbossen, and Marius CHM

[20] Wouters. "Appreciation of localised task lighting

[21] in shift work—a field study in the food industry."

[22] International Journal of Industrial Ergonomics

[23] 37.5 (2007): 433-443.

[24] [7] Juslén, H. T., and E. Kremer. "Localised lighting

[25] for efficient use of energy and better

[26] performance—Field Study in the factory." CIE

[27] midterm meeting and international lighting

[28] Congress, Leon 2005, Proceedings. 2005.

[29] [8] Kralikova, Ruzena, Miriama Piňosová, and Beata

[30] Hricová. "Lighting quality and its effects on

[31] productivity and human healts." Int. J. Interdiscip.

[32] Theory Pract 10 (2016): 8-12.

[33] [9] Davis, Lourdes K., et al. "Health effects of

[34] disrupted circadian rhythms by artificial light at

[35] night." Policy Insights from the Behavioral and

[36] Brain Sciences 10.2 (2023): 229-236.

[37] [10] Tähkämö, Leena, Timo Partonen, and AnuKatriina Pesonen. "Systematic review of light

[38] exposure impact on human circadian rhythm."

[39] Chronobiology international 36.2 (2019): 151-

[40] 170.