利用睡眠后与前醒周期间脉冲率变异性基于Arduino非侵入式脉冲检测器提升闹钟效率
信号处理
2019-11-01 v1
摘要
学生迟到最常见的原因是每天早晨醒晚。其原因可能从休息与睡眠缺乏，到无法确认闹钟声响，或有时在贪睡闹钟后再次入睡不等。本文旨在解决学生关闭闹钟后无法持续保持清醒的问题，采用基于Arduino的脉冲率触发闹钟中断(APRTAI)。所提系统使学生能够利用拇指上较高的脉冲率来关闭闹钟，这可通过参与高强度身体活动实现，最终消除困倦并防止再次入睡。
引用
@article{arxiv.1910.13082,
title = {Utilization of Pulse Rate Variability between Post-sleep and Wake Cycles to increase Alarm Clock Efficiency using Arduino-based Non-invasive Pulse Detector},
author = {Daniel D. Cabrales and Jhon Rafael M. Cuartero and Lejan Alfred C. Enriquez and John Gabriel Z. Erne and Bryan Dayton Edward N. Galvadores and Mark Lester S. Millan and Beryl Keziah C. Monterona and John Vincent P. Panergalin and Melbert Neil G. Teodoro and Lean Karlo S. Tolentino},
journal= {arXiv preprint arXiv:1910.13082},
year = {2019}
}
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8 pages