Circadian Rhythm Light Watch

R. Castañeda
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引用次数: 3

Abstract

The proposed biological clock is a mechanism that is designed to help adapt to environments embedded in our genes cycling from sleepiness to alertness close to a 24-hour period. Majority of the clocks used daily display time in units of days, hours, and seconds, omitting the periodic cycle of our biological clock. Performing routines with respect to the circadian rhythm has shown to be beneficial to the metabolism, and overall health. The lighting system shall keep time and provide circadian rhythm lighting output. An Arduino programmed watch using a periodic function given circadian rhythm parameters is displayed through a neopixel L.E.D. lighting system displaying it as a function of time over a 24-hour period. Red, blue, and purple colors are used to represent the different levels of alertness throughout the day to measure and verify the body's circadian rhythm. The effectiveness of the system against system requirements is presented and future modifications are suggested.
昼夜节律光表
提出的生物钟是一种机制,旨在帮助适应嵌入在我们基因中的环境,从困倦到清醒,周期接近24小时。大多数时钟以天、小时和秒为单位显示时间,忽略了我们生物钟的周期性循环。根据昼夜节律进行日常活动已被证明对新陈代谢和整体健康有益。照明系统应保持时间并提供昼夜节律照明输出。Arduino编程手表使用给定昼夜节律参数的周期性功能,通过新像素led照明系统显示,以24小时为周期显示时间函数。红色、蓝色和紫色代表了一天中不同程度的警觉性,以测量和验证身体的昼夜节律。根据系统需求,提出了系统的有效性,并提出了未来的修改建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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