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1.
China Medical Equipment ; (12): 122-125, 2017.
Article in Chinese | WPRIM | ID: wpr-621139

ABSTRACT

Objective:To design a mobile health service platform based on cloud computing so as to reform the current medical problems including serious waste of medical resources, low level of information sharing and poor feel of medical treatment and so on.Methods: On the basic of analyzing cloud computing and relative theories, a solution of mobile medical cloud based on Google App Engine(GAE) was proposed.Results: A mobile medical health service platform including overall business process and deployment of development environment based on GAE has been designed and the traditional medical service mode has been converted.Conclusion: The exploration and attempt that constructe mobile medical health service platform by combining cloud computing with medical services can promote the conversion of medical mode and provide a effective solution for meeting the requirements of medical service quality and service efficiency for the masses.

2.
Journal of Medical Informatics ; (12): 34-37, 2015.
Article in Chinese | WPRIM | ID: wpr-479436

ABSTRACT

The paper explains factors that restricting the development of the mobile healthcare information system in small and medi -um hospitals , summarizes strategies for constructing the mobile healthcare information system in small and medium hospitals , and analy-zes advantages of the Android system as the development platform of the healthcare information system .On the basis of above , it designs a model suitable for the mobile healthcare information system in small and medium hospitals and introduces the system in details including the design principles , structure and service modes for clients , etc.

3.
Chinese Journal of Medical Library and Information Science ; (12): 63-65, 2015.
Article in Chinese | WPRIM | ID: wpr-485539

ABSTRACT

After the commonly used domestic interrogation mobile medical APP were classified, the functions of different APP were analyzed according to the experiences of their users, and their development was prospected.

4.
Journal of Korean Diabetes ; : 231-235, 2015.
Article in Korean | WPRIM | ID: wpr-726857

ABSTRACT

Digital technology is dramatically transforming today's healthcare. Over the past decade, exponential advances in digital technology, especially in smart phones, have radically changed many aspects of everyday life. Medicine will be the next aspect. Maturation of innovative digital technologies such as next generation sequencing, internet of things, cloud computing and artificial intelligence has generated a perfect storm to revolutionize the status quo in medicine. In the near future, clinical practice will be much different than it is today. It is important to pay attention to the changes and be prepared for the inevitable tsunami of transformation. In this paper I will discuss how digital technology has been changing healthcare.


Subject(s)
Artificial Intelligence , Delivery of Health Care , Internet , Tsunamis
5.
Journal of Korean Society of Medical Informatics ; : 339-346, 2004.
Article in Korean | WPRIM | ID: wpr-93330

ABSTRACT

OBJECTIVE: To develop a PDA based hand-held system, which assists diabetic patients to self manage his/her blood glucose level, diet, and other related variables in a systematic way. METHODS: Personal diabetes management system(PDMS) was developed in the integrated environment of Visual Studio.net 2003. The system was configured based on the documentation resulted from extensive review on the current S/W products and internet homepages for the diabetes. RESULTS: PDMS was implemented with four main menus to manage personal information, diet, exercise, and blood glucose. It was designed to provide the quantitative health indices such as body mass index and diabetes index based on the personal physical information, pedigree, and living habits. It addition, it is capable of predicting changes of the body weight, which may remind patients of the importance of the disease management. CONCLUSION: A PDA based hand-held self management system was developed for the diabetes. The present system can be used as a mobile device within the tele-healthcare system integrated with medical center thru the internet.


Subject(s)
Humans , Blood Glucose , Body Mass Index , Body Weight , Diet , Disease Management , Internet , Pedigree , Self Care
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