Application of Wearable Device in Assessment of Music Tempo Affecting on Heart Rate Recovery

• Main Authors: Jian-Ming Liu, 劉建銘
• Other Authors: 李仁貴
• Format: Others
• Online Access: http://ndltd.ncl.edu.tw/handle/c58gc9

碩士 === 國立臺北科技大學 === 電子工程系研究所 === 103 === Recently, government promotes “Plan for Building Island of Exercise”, making exercise popular. Relatively, it brings much requirement about any kind of health-care and fitness aspects. Currently, heart rate is a physiological parameters for body current situation, then the rest heart rate recovery after exercise not only have prediction of death risk but also indicate individual good or bad fitness. Listening to music when doing exercise becomes people’s daily habit gradually. Past research found that listening to different tempo music has significant effect. Nowadays the proportion of national having music listening habit is gradually increasing and applications of wearable devices on the market is extensive. Especially for products of exercise and health-care are most. This paper is based on past literature, discussing and using wearable devices and Android programs which transmit data to server. Then it observes subject who is executing designed “experiment of progressive resistance stationary ergometer exercise” and whether personal favorite music affects heart rate recovery after exercise. Finally, the result shows that both subjects who listens to fast and slow music and have better effect on heart rate recovery are existing. To analyze causes, this paper found that the average fitness of subjects who listens to fast music are lower and the average fitness of subjects who listens to fast music are higher. Heart rate recovery after listening to fast music of subjects who are higher fitness is 58.43 bpm and heart rate recovery after listening to slow music of ones is 54.14 bpm. Heart rate recovery after listening to fast music of subjects who are lower fitness is 54.17 bpm and heart rate recovery after listening to slow music of ones is 55.55 bpm. Consequently, we could found that effect on lower fitness subjects who listen to different tempo is smaller, which is consistent with the result of past literature which shows that music of stimulation is lower effect for subjects who are lower fitness. Effect on higher fitness subjects who listens to fast music is bigger.