20212021 IEEE 10th Global Conference on Consumer Electronics (GCCE)Requires access

Development of Interactive System for Providing Timely Artificial Sunlight Based on Exterior Sunlight

Tansita Somyawakath, Nan-Ching Tai

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Abstract

Getting enough sunlight at the right time can help our body to maintain its balance as known as circadian rhythm. However, current light therapy technologies specifically used have relatively direct light with fixed light intensity. This paper presents a working prototype that can display artificial daylight for the interior based on actual exterior daylighting. The system is designed to provide timely artificial daylighting to comply with our circadian rhythm and hence promote better health.

About this research paper

What this paper is about

Getting enough sunlight at the right time can help our body to maintain its balance as known as circadian rhythm. However, current light therapy technologies specifically used have relatively direct light with fixed light intensity. This paper presents a working prototype that can display artificial daylight for the interior based on actual exterior daylighting. The system is designed to provide timely artificial daylighting to comply with our circadian rhythm and hence promote better health.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Getting enough sunlight at the right time can help our body to maintain its balance as known as circadian rhythm. However, current light therapy technologies specifically used have relatively direct light with fixed light intensity. This paper presents a working prototype that can display artificial daylight for the interior based on actual exterior daylighting. The system is designed to provide timely artificial daylighting to comply with our circadian rhythm and hence promote better health.

Key concepts: Daylight, Daylighting, Sunlight, Artificial light, Computer science, Light intensity, Circadian rhythm, Rhythm

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Development of Interactive System for Providing Timely Artificial Sunlight Based on Exterior Sunlight — Research Paper | ScholarLens