Abstract
Natural and convenient physiological health monitoring and the technology of health information sharing has important practical value in preventing the occurrence of disease and enhancing people’s health level, this paper combines physiological health monitoring technology and mobile application technology, studying the mobile application of collaborative physiological health monitoring and sharing technology. Heart rate monitoring as a breakthrough point of health monitoring, this paper studies non-contact heart rate monitoring technology based on visible light and constructs the physiological signs network for group users. Finally, combined with mobile terminals and social networking platforms, the paper achieves natural and convenient physiological health monitoring and community health information sharing for network relationship support.
Highlights
Heart rate monitoring as a break⁃ through point of health monitoring, this paper studies non⁃contact heart rate monitoring technology based on visible light and constructs the physiological signs network for group users
从表 3 中可以看出,测试出的偏差率最大的为 -4.54%,最小的为 0%,本系统心率测量的偏差率并 没有随年龄的增长而出现明显的变化趋势。 偏差率 大小与实验者性别及所处状态的关系如图 9 和图 10 所示。
Summary
西北工业大学学报 Journal of Northwestern Polytechnical University https: / / doi.org / 10.1051 / jnwpu / 20183630571 王海鹏1, 张思美1, 周文强2, 龚岩2, 李泽2 (1.西北工业大学 计算机学院, 陕西 西安 710072; 2.西北工业大学 软件与微电子学院, 陕西 西安 710072) 摘 要:自然便捷的生理健康监测和健康信息共享对有效预防疾病并提升人类健康水平具有重要研 究价值。 将生理健康监测与移动应用相结合,研究移动协同式生理健康监测和共享技术。 以心率监 测作为健康监测的重点,研究基于可见光的非接触式心率监测技术,并构建面向群体用户的生理体征 共享网。 最后,结合移动终端和社交网络平台,实现自然便捷的生理健康监测和面向网络关系辅助的 群体健康信息共享。 近年来,我国社会经济进入了飞速发展的阶段, 同时人民大众的生活水平也得到了很大的提升,由 于不健康的生活方式导致超负荷等潜在危险因素的 人数比例持续上升,亚健康人群也在不断增多。 研 究有效的生理健康监测[1] 对提升人类健康水平、预 防疾病有重要和紧迫的现实意义。
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