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Use of Mobile Phones as Intelligent Sensors for Sound Input Analysis and Sleep State Detection

机译:使用手机作为智能传感器进行声音输入分析和睡眠状态检测

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摘要

Sleep is not just a passive process, but rather a highly dynamic process that is terminated by waking up. Throughout the night a specific number of sleep stages that are repeatedly changing in various periods of time take place. These specific time intervals and specific sleep stages are very important for the wake up event. It is far more difficult to wake up during the deep NREM (2–4) stage of sleep because the rest of the body is still sleeping. On the other hand if we wake up during the mild (REM, NREM1) sleep stage it is a much more pleasant experience for us and for our bodies. This problem led the authors to undertake this study and develop a Windows Mobile-based device application called wakeNsmile. The wakeNsmile application records and monitors the sleep stages for specific amounts of time before a desired alarm time set by users. It uses a built-in microphone and determines the optimal time to wake the user up. Hence, if the user sets an alarm in wakeNsmile to 7:00 and wakeNsmile detects that a more appropriate time to wake up (REM stage) is at 6:50, the alarm will start at 6:50. The current availability and low price of mobile devices is yet another reason to use and develop such an application that will hopefully help someone to wakeNsmile in the morning. So far, the wakeNsmile application has been tested on four individuals introduced in the final section.
机译:睡眠不仅是一个被动的过程,而且是一个高度动态的过程,通过唤醒而终止。在整个晚上,发生特定数量的睡眠阶段,这些阶段在不同的时间段内反复变化。这些特定的时间间隔和特定的睡眠阶段对于唤醒事件非常重要。在深度NREM(2-4)深度睡眠期间醒来要困难得多,因为身体的其余部分仍在睡眠。另一方面,如果我们在轻度(REM,NREM1)睡眠阶段醒来,这对我们和我们的身体都是一种更加愉快的体验。这个问题导致作者进行了这项研究,并开发了一个基于Windows Mobile的设备应用程序,名为wakeNsmile。在用户设置所需的警报时间之前,wakeNsmile应用程序会记录并监视特定时间段的睡眠阶段。它使用内置麦克风,并确定唤醒用户的最佳时间。因此,如果用户将wakeNsmile中的警报设置为7:00,而wakeNsmile检测到更合适的唤醒时间(REM阶段)为6:50,则警报将从6:50开始。移动设备的当前可用性和低价格是使用和开发这样的应用程序的另一个原因,该应用程序有望帮助某人早上醒来Nsmile。到目前为止,wakeNsmile应用程序已经在最后一节介绍的四个人身上进行了测试。

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