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Mobile application for stress assessment

机译:移动应用程序进行压力评估

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摘要

The use of information and communication technologies, mobile devices and wearable devices have had great growth in recent years. Chronic stress is a disease that affects millions of individuals and has a great growth with enormous economic and social impact. Prevention in this area of health is, increasingly, a fundamental aspect for the improvement of the quality of life of each one and the public health in general. The objective of the present study is to understand how stress can be continuously monitored, especially in individuals who perform occupations that present a high risk of stress, in order to predict and alert the occurrence of chronic or pathological stress and burnout situations. For this purpose a non-invasive measurement instrument will be developed for the individual using biometric signals, measured through a wearable device, collected in a mobile device and later sent to an information system that will handle this information. In the experiment carried out, a prototype of a mobile application was developed that synchronizes the data coming from smartbands directly linked to the individuals with smartphones, to continuously monitor the physical and quality of life related to the health of the person. Of course, data collection is only of importance if the data are analyzed with consequent production of results for the individual and health professionals. Some technologies normally used to elaborate a system of this magnitude will also be analyzed and, with the support of the health professionals and individuals for whom the evaluation is intended, various forms of feedback on stress levels will be evaluated in order to develop a set of Dashboards with information of stress, distinguishing the information destined to the professional of health of that made available to the own individual.
机译:近年来,信息和通信技术,移动设备和可穿戴设备的使用有了很大的增长。慢性压力是一种影响数以百万计的人的疾病,并且在巨大的经济和社会影响下发展迅速。在这一健康领域中,预防日益成为改善每个人的生活质量和总体公共卫生的基本方面。本研究的目的是了解如何连续监测压力,尤其是在从事表现出巨大压力风险的职业的个人中,以预测和警告慢性或病理性压力和倦怠情况的发生。为此,将使用生物信号为个体开发一种非侵入性的测量仪器,该信号通过可穿戴设备进行测量,收集在移动设备中,然后发送到将处理此信息的信息系统中。在进行的实验中,开发了一种移动应用程序的原型,该原型将使用智能手机同步与个人直接链接的智能带中的数据进行同步,以持续监控与人的健康有关的身体和生活质量。当然,仅当对数据进行分析并为个人和卫生专业人员提供结果时,数据收集才是重要的。还将分析通常用于构建这种规模系统的一些技术,并在要进行评估的卫生专业人员和个人的支持下,将评估压力水平的各种形式的反馈,以开发出一套针对压力水平的反馈。带有压力信息的仪表板,用于区分发给个人的健康专业人员的信息。

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