基于移动终端的国民体质监测和科学健身指导系统的设计与实现

发布时间：2018-03-23 12:09

本文选题：国民体质监测　切入点：科学健身　出处：《中国科学技术大学》2017年硕士论文

【摘要】：随着社会经济的发展和人民生活水平的提高,人们在追求丰富物质生活的同时,对体质健康和科学健身关注的程度也越来越高。同时,在"互联网+"的大背景下,移动终端技术迅猛发展,移动终端成为了人们生活的必需品,具有出色的便捷性和实时性。因此,如何有效利用移动终端作为体质和运动监测的工具具有很强的现实意义和市场价值。课题组设计了国民体质监测和科学健身指导系统,该系统在各级体质监测中心采集用户体质数据、在云服务平台分析用户数据、下发科学运动处方、收集运动处方执行结果,进而为慢病患者提供一个持续跟踪、科学干预的健康促进服务系统。本文立足于课题组的研究成果,设计并实现了基于移动终端的国民体质监测和科学健身指导客户端以及相应的服务端。通过详细的功能需求分析,确定了客户端相关模块的具体功能和各个子模块之间的工作机理和实现方式,以及服务端相关模块的功能设计与实现。客户端包括注册建档和登录、体质、运动、资源、个人中心五个模块。注册建档和登录模块提供用户在该系统的登录注册服务;体质模块主要记录和监测用户的体质数据;运动模块监测用户的运动处方执行;资源模块提供团队创建、运动场所搜索功能;个人中心模块提供个人信息修改查询、问卷调查功能。服务端包括后台管理网站、接口服务以及处方生成等模块,后台管理网站提供运动管理、系统配置等功能;接口服务模块实现数据交互;处方模块介绍处方生成逻辑。在客户端和服务端的基本功能实现后,根据测试用例对其进行功能和非功能性测试,并在测试无误后将其上线投入使用。本文设计实现的客户端引入地图SDK实现运动的实时跟踪定位。同时,本文调研了从苹果协处理器获取用户基础运动数据,并应用Charts等插件进行图形化展示的方式。在客户端的数据存储上,采用NSUserDefaults轻量级数据持久化操作实现关键数据存储。在客户端的服务交互设计上,采用RESTful软件架构方式实现与云服务平台的数据对接。本文设计研发的基于移动终端的国民体质监测和科学健身指导系统,不仅为体质监测和科学健身指导提供了一种全新的运作形式,也大大降低了用户使用成本,进而更好地服务用户,帮助慢病患者及早发现自身的健康状况,并及时进行改善和治疗。本文下一步的研究方向是移动终端与可穿戴传感器等健康感知设备的结合,构建更完善的监测体系。
[Abstract]:With the development of social economy and the improvement of people's living standard, people pay more and more attention to physical health and scientific fitness while pursuing rich material life. At the same time, under the background of "Internet", With the rapid development of mobile terminal technology, mobile terminal has become a necessity of people's life, with excellent convenience and real-time. How to effectively use mobile terminal as a tool for physical and sports monitoring has strong practical significance and market value. The research group has designed a national physique monitoring and scientific fitness guidance system. The system collects user physique data at all levels of physique monitoring centers, analyzes user data in cloud service platform, issues scientific exercise prescriptions, collects exercise prescription execution results, and then provides a continuous tracking for patients with chronic diseases. The health promotion service system of scientific intervention. This paper is based on the research results of the research group, Designed and implemented the national physique monitoring and scientific fitness guidance client and the corresponding service terminal based on mobile terminal. The specific functions of the client related modules and the working mechanism and implementation methods among the various sub-modules are determined, as well as the functional design and implementation of the server-related modules. The client includes registration and login, physique, sports, resources, etc. Five modules of personal center. Registration and login module to provide user registration service in the system; physique module mainly records and monitors user's physical data; exercise module monitors user's exercise prescription execution; The resource module provides the function of team building, the search function of the sports place, the personal center module provides the personal information modification and query, the questionnaire function. The service end includes the backstage management website, the interface service and the prescription generation module, etc. The background management website provides functions such as motion management, system configuration, interface service module to realize data interaction, prescription module to introduce prescription generation logic. After the basic functions of client and server are realized, According to the test cases, the functional and non-functional tests are carried out, and after the test is correct, it is put into use online. The client of this paper introduces the map SDK to realize the real-time tracking and positioning of the motion. At the same time, In this paper, we investigate how to obtain the user's basic motion data from the Apple coprocessor, and use Charts and other plug-ins to display it graphically. The key data storage is realized by using NSUserDefaults lightweight data persistence operation. Using RESTful software architecture to realize data docking with cloud service platform. This paper designs a national physique monitoring and scientific fitness guidance system based on mobile terminal. It not only provides a completely new form of operation for physique monitoring and scientific fitness guidance, but also greatly reduces the cost of using the users, thereby better serving the users and helping the patients with chronic diseases to discover their own health status as soon as possible. And timely improvement and treatment. The next research direction of this paper is the combination of mobile terminals and wearable sensors to build a better monitoring system.
【学位授予单位】：中国科学技术大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52

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