烧伤区:实时心率监测的身体活动

Sakchai Muangsrinoon, P. Boonbrahm
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引用次数: 3

摘要

心脏每分钟跳动的次数我们称之为心率或脉搏。它是监视运行状况的指示器。在本文中,我们提出了烧伤区:身体活动实时心率监测,这是一个新的模型,可以帮助那些喜欢进行更多身体活动的人长期坚持他们的意图。我们主要对实时心率监测和目标心率区域感兴趣,而不是它改变行为的能力。这个模型将帮助这些人在进行符合目标心率或训练心率(THR)的体育活动时监测他们的心率。THR是在体育活动中达到的理想心率范围。它是由身体活动强度(PAI)乘以最大心率(MHR)的百分比计算出来的,每个人的最高心率可以有效和安全地工作,而不会因为运动压力而产生严重的问题。在本研究中,我们开发了一个android穿戴应用程序,用于获取android智能手表中心脏传感器的实时脉搏。我们收集了来自瓦拉拉克大学信息学院的本科生和研究生的数据,他们自愿成为这个实验的一部分。共有26名志愿者,年龄从19岁到42岁不等。其中男性12人(46.15%),女性14人(53.85%)。我们将样品分为两组,对照组和实验组。实验标准是每人骑6分钟的固定自行车。实验结果表明,对照组和实验组的心率百分比符合Android佩戴心率数据监测的实验设置标准。对于未来的工作,我们计划实施游戏设计元素,以鼓励人们有更多的体育活动水平,并继续他们的体育活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Burn in Zone: Real time Heart Rate monitoring for physical activity
The number of time that heart beats per one minute we call it as the heart rate or pulse. It is an indicator for monitoring health. In this paper, we present the Burn in Zone: Physical activity real-time heart rate monitoring, a novel model to help people who prefer to have a more physical activity to continue their intention in the long term. We were mainly interested in real-time heart rate monitoring and target heart rate zone, not its ability to change behavior. This model will help those people to monitor their heart rate while having physical activity in line with their target heart rate or training heart rate (THR). THR is the desired range of heart rate reached during physical activity. It is calculated from the percentage of the physical activity intensity (PAI) multiply with Maximum Heart Rate (MHR), the highest heart rate of each person can work efficiently and safely without severe problems through exercise stress. In this research, we developed an android wear application for getting a real-time pulse from the heart sensor in Android Smart Watch. We had collected data from undergraduate and graduate students from the School of Informatics, Walailak University, who volunteer to be part of this experiment. There are twenty-six volunteers with age ranges from nineteen to forty-two-year-olds. Among the volunteers, there are twelve males (46.15%) and fourteen females (53.85%). We separated the samples into two groups, controlled group and experimental group. The experimental criteria are cycling on a stationary bicycle with six minutes for each people. Results from the experiment showed that the percentage of heart rate of the controlled group and the experimental group were consistent with the experimental setup criteria for monitoring the heart rate data on Android wear. For future work, we plan to implement the game design elements to encourage the people to have more level of physical activity and continue their physical activity.
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