Cloud Integrated System Aiding in Cephalalgia Assessment for The Department of Neurology

• Main Authors: Tzu-Chieh Lu, 呂子杰
• Other Authors: Huan-Chao Keh
• Format: Others
• Language: en_US
• Published: 2016
• Online Access: http://ndltd.ncl.edu.tw/handle/61794210383151719719

碩士 === 淡江大學 === 資訊工程學系全英語碩士班 === 104 === In recent years, with advanced technology, a new pattern Cloud Computing is de-veloping prosperously and bringing the advancement of technology in practically every profession. In Taiwan, the Electronic medical record (EMR), Pharma Cloud System, My Health Bank, and another related cloud system which engaged by Ministry of Health and Welfare are the best proof. However, it still lacking the involvement of pa-tients to complete the fifth level of Electronic Health Record(EHR). Nowadays, in modern Taiwan society, the effect range of a migraine and other related diseases are very extensive. Among all the range, the percentage of the young and middle-aged population (from 25 to 45 years old) is the highest. Therefore, the migraine-related re-search of are wildly popular and has been highly regarded in Taiwanese medical field. The Basic flow of migraine treatment can be dividing into four parts; survey of the initial registration form, diagnosis, the track of headache diary, and physical therapy. Since the last decade, many hospitals in Taiwan still using paper to record the initial registration form, headache diary and other patient related information. The whole treatment process depended on each patient and thus the time of therapy can probably take decades to be finished. Hence, it will be challenging and inconvenient no matter the data storage or future related data analysis. Furthermore, before the attending physi-cian attempt to analyze particular relations or attributes, the administrative assistant or healthcare professional have to input all the paper data into existing Clinical Study In-formation System (CSIS). Traditional handwriting method causes the wasting of paper, time-consuming of administrative processes, and data storage difficulty, which includes human error inaccuracy, physical damage and loss of data. The primary purpose of this study was to construct a cloud integrated system, which provides a modern and optimal viewing and interaction experience for any users. By using new structure and flow, this platform can fully integrate the usage of all physician, healthcare professional, and patient. To be more important the platform can provide a real-time data support for doctors, improving the quality of health care and the change of paperless can be eco-friendly.