使用近場無線通訊建置復健醫療輔助系統之實作

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Title:	使用近場無線通訊建置復健醫療輔助系統之實作
Other Titles:	Implementation of building a physical medicine and rehabilitation assistive system using near field communication technique
Authors:	傅聖超;Fu, Sheng-Chao
Contributors:	淡江大學資訊工程學系碩士在職專班潘孟鉉
Keywords:	嵌入式系統;復健;醫療;NFC;Arduino;Wi-Fi;embedded system;Rehabilitation;Treatment
Date:	2013
Issue Date:	2014-01-23 14:32:59 (UTC+8)
Abstract:	復健醫學是一個以恢復病患身體功能為目的的臨床科別，醫師藉由針對病情所設計的復健課程，重複訓練此課程以回復病患之身體功能，進而提升病患生活品質。在醫院中，由於醫療人力嚴重不足，造成每位醫療人員必需同時照料多位病患，不但拖延了病患受醫的時間，更影響到每位病患就醫的權利。本論文中開發出一套可以提供病患自行操作的復健醫療輔助系統，採用Arduino嵌入式裝置，搭配NFC近場無線通訊技術、Wi-Fi無線網路模組以及病患資料庫系統，提供病患以最簡單的方式實現自動化的復健醫療輔助。本系統將在走廊處提供醫院內診療室地圖導引功能、在診療室門口受理病患報到與預約器材功能，以及在復健器材旁提供教學影片與療程計時等復健療程輔助功能。本系統不但為病患提供服務，同時將可有效分擔醫療人員龐大的工作量。 Rehabilitation medicine is a clinical division that aims to restore the physical function of patients. The physician designs a rehabilitation program targeting a specific disease and repeatedly carries out program training in order to restore the patient’s physical function, thereby enhancing the quality of life for the patient. In the hospitals, due to a serious shortage of medical manpower, medical staff members must each take care of many patients, which not only results in delays in treatment, but also deprives patients of their rights to medical attention. In this thesis, a medical rehabilitation assistive system that can be self-operated by patients was developed. Arduino embedded devices, combined with Near Field Communication (a type of wireless technology), a Wi-Fi wireless network module, and a patient database system, provide patients with the simplest way to achieve automated rehabilitation medical assistance. The system provides hospital treatment room map navigation function in corridors and offers patient registration and appointment for equipment access function at the treatment room entrance, while instruction videos, therapy timing, and other rehabilitative therapy assistance functions are available next to the rehabilitation equipment. This system not only provides services for patients, but also effectively shares the huge workload of medical staff.
Appears in Collections:	[Graduate Institute & Department of Computer Science and Information Engineering] Thesis

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