The Design And Research Of Health Management Based On Smartphone Environment

With the constant expansion of the aging population structure,the spread of all sorts of infectious diseases and cardiovascular disease, especially the increasing proportion of hypertension and cardiovascular disease threats to the human's life.Thus, the degree of concerning about people's health becomes higher. Therefore, it is necessary to obtain various physiological parameters of the human body timely and accurately. Human physiological parameters are the most important and basic life index of the human body, mainly including biological signals, such as ECQEEG, muscle electricity, exercise, and non-electric quantity signals, such as blood glucose, blood pressure, body temperature, pulse, and heart rate, blood oxygen saturation, etc. The timely record and comparative analysis of these physiological parameters are helpful for people to understand various physiological parameters, and urge them to develop good dietary and lifestyle routines.Based on what has been talked about,this thesis proposes the analysis system of human Health management information system in the smartphone environment, This system can record human physiological parameters status anytime, utilizing the smartphone as terminal equipment which is diversity, portability, and communicating. After the contrast of many smartphone operating systems, it is concluded the trend of the development of the smartphone and the platform of this thesis-Android. Based on this platform, we design and realizeHealth management information system under the smartphone environment.This thesis mainly chooses blood glucose, blood pressure (including systolic blood pressure and diastolic blood pressure) and heart rate for physiological parameters. It has Completed the basic functions, such as,intput, storage, query and delete of physiological parameters on the Android platform, and so on. There are two ways of acquisition of physiological parameters,one is based on the friendly man-machine interfaceand the other is the speech recognition technology on Android platform. Then, it introduces the Graphic rendering technology and the Structure of the underlying implementation:Client/Server architecture on the Android platform. It implements the generation of reports of physiological parameters statistics according to the user that selected and time segments. It implements the communication function, that is, sends the physiological parameters statistics through wireless communication technology--SMS or email to doctors and related medical personnel.although the traditional phone has the abilities to send a message and an e-mail,it needs the user's Manual entry of information,this system provides the message and e-mail database interfaces,it allows users to automatically call the physiological parameters in the database, and add to the message and the e-mail message edit box, reducing the burden on the user duplicate entry.In addition, human health and the amount of exercise has a great relationship, long-term maintenance of appropriate amount of exercise is the key to maintaining health, therefore, in this system increased the amount of exercise the user's measurement capabilities.The subject uses walking distance and walking speed as indicators of exercise testing to determine the amount of the user exercise.The system has a better use of the popularity, mobility, communications and portable features of smart phones, lying a solid foundation for its widely spread.