手持式生理信號分析程式

App-based analysis program for physiological signals

王詣富(Yi-Fu Wang)

指導教授 ： 趙福杉 ； 廖文劍

國立臺灣大學/工學院/醫學工程學研究所/碩士(2018年)

https://doi.org/10.6342/NTU201803399

摘要

自律神經系統中的交感神經、副交感神經是調節全身器官、腺體等的重要系統，能透過心率變異度分析、多尺度熵分析來評估器官或自律神經系統是否異常或良好，並將分析方法植入於智慧型手機中，以提升使用者之方便性。因此，本研究先於筆記型電腦上開發其分析程式，其功能包括時域分析、頻域分析、時頻分析、多尺度熵分析等，並針對甲狀腺、膀胱、心臟進行實驗並評估個臟器之功能，確認此分析程式完善正確後，再將其移植至手機程式中，而由於手機上之運算能力不足，僅採用時域分析、頻域分析、多尺度熵分析。本研究透過實驗結果並與文獻資料進行比對，完成正確性驗證後，完成手持式生理信號分析程式。

關鍵字

心律變異度 ； 多尺度熵 ； 自律神經系統 ； 智慧型手機 ； 甲狀腺 ； 膀胱 ； 心臟

並列摘要

The sympathetic nerves and the parasympathetic nerves in the autonomic nervous system is for regulation of the internal organs and the glands. Analysis of the heart rate variability and multi-scale entropy can be used to assess whether organ or autonomic nervous system is normal or abnormal. This study attempts to develop the analysis program on a notebook, its function include time domain analysis, frequency domain analysis, time-frequency domain analysis and multi-scale entropy. The experiments and evaluations are then compared with the thyroid, bladder, and heart to confirm the analysis program. After the analysis program is confirmed, the analysis method implement on the smart phone. Due to the lack of the computation power on the smart phone, only the time domain analysis, frequency domain analysis, and multi-scale entropy analysis will be implemented on the smart phone program. This study compares the results of the experiment with the literatures, completing the app-based analysis program for physiological signals.

並列關鍵字

heart rate variability ； multi-scale entropy ； autonomic nervous system ； smart phone ； thyroid ； bladder ； cardiac

參考文獻

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