- 學位論文
以Kinect結合Unity協助中風患者上肢復健評估之可行性研究
Feasibility Study of Unity and Kinect-based Upper Limb Rehabilitation and Evaluation System for Stroke Survivors
摘要
根據世界衛生組織的研究統計指出，全世界平均每六秒鐘，就有一人因為中風而死亡。在台灣，腦血管疾病每年大約奪走國人1萬3千多人，名列十大死因的第二位，也是成人障礙的主要原因。 中風的患者在病後除了接受治療外，也需要進行肢體復健，過程中漫長且枯燥，依目前復健門診現況，一位復健師需要同時指導多名患者進行復健訓練，一項完整的復健評估需要耗費許多時間及人力，且所有的結果大部分都記錄在紙本的量表之中，較不容易對病患的復原狀況進行追蹤。 本研究使用微軟推出的Kinect體感偵測器，結合遊戲開發套件Unity開發一套不需要配戴任何裝置的中風上肢復評估系統，以現有的中風量表：傅格梅爾上肢動作量表作為依據，來設計系統，透過系統的穩定性與效度分析，來作為評估是否可成為正式的中風量表之可行性研究。
並列摘要
According to the World Health Organization, an average of six seconds a person dies from a stroke. In Taiwan, cerebrovascular disease kills more than 13,000 people each year, it is the second largest cause of death and the main reason for adult disability. In addition to receiving treatment after the disease, stroke patients also need to undergo limb rehabilitation, long and boring process, according to the current situation of rehabilitation clinics, a rehabilitation teacher needs to simultaneously instruct multiple patients to have rehabilitation training, a complete rehabilitation assessment will take a lot of time and manpower, and all the results are putting it on paper, it is more difficult to track the patient's recovery. This study uses the Kinect somatosensory detector launched by Microsoft to develop a stroke upper limb assessment system that does not need to wear any device, combined with Game development toolkit unity. Based on the existing stroke scale: Fugmer upper limb Action scale, the system was designed to assess the feasibility of a formal stroke scale by analyzing the stability and validity of the system.