臺灣博碩士論文加值系統

腦電圖（EEG）呈現的節律被定義為具有相似形狀和持續時間的定期復發波形(E. Niedermeyer 2005)。藉由腦電圖可觀察腦波型態,進而了解人們之情緒,除了在醫療領域被廣為應用之外,許多教育工作者也藉由這項技術進行研究。
現今已經有多篇研究探討聆聽音樂對於學習的影響,大部分的研究較集中在藉由閱讀測驗評估學習成效。本研究利用腦波量測技術觀察學生聽完古典音樂之後,是否能夠提升觀看影片學習之專注度。本研究邀請本校資訊管理學系的學生前來實驗,受測者將會戴上NeuroSky腦波儀並以舒適的姿勢坐在椅子上接受量測,腦波儀將會擷取受測者之專注度與放鬆度並利用藍芽傳輸技術將蒐集到的數據傳輸到電腦設備,並將每秒蒐集的數據記錄下來,以便實驗者進行分析。

The rhythm presented by electroencephalography (EEG) is defined as a periodic recurrence waveform with similar shape and duration (E. Niedermeyer 2005). EEG can observe brain waves and understand people's emotions. In addition to being widely used in the medical field, many educators also use this technology to conduct research.There have been many studies on the impact of listening to music on learning.
Most of the research focuses on assessing learning outcomes through reading tests. This study uses brain wave measurement technology to observe whether students can improve the attention of watching video to learn after listening to classical music. This study invites students from the School of Information Management to come to the lab. The subjects will wear the NeuroSky electroencephalograph and sit in a chair in a comfortable position for measurement. The brainwave meter will draw the attention of the subject. Degree and relaxation and use the Bluetooth transmission technology to transfer the collected data to the computer equipment, and record the data collected every second for the experimenter to analyze.

壹、 緒論 1
一、 研究背景與動機 1
二、 研究目的 2
三、 研究流程 2
四、 研究對象與限制 4
貳、 文獻探討 5
一、 腦電圖 5
二、 腦機介面 6
三、 多媒體學習 6
四、 專注與放鬆 7
五、 音樂對腦波與學習影響之研究 8
參、 研究方法 9
一、 實驗設計 9
二、 實驗說明 9
(一) 實驗1 9
(二) 實驗2-1 10
(三) 實驗2-2 12
三、 實驗設備 14
四、 實驗音樂 16
五、 實驗影片 16
肆、 資料分析 17
一、 實驗1 17
(一) 放鬆度趨勢 17
(二) 各樂章專注度趨勢 19
二、 實驗2-1與實驗2-2 21
(一) 同一支影片(影片1)實驗比較 22
(二) 同一支影片(影片2)實驗比較 25
(三) 自然放鬆兩支影片專注度比較 27
(四) 有先聆聽音樂放鬆兩支影片專注度比較 28
(五) 同一人觀看影片期間專注度比較 30
(六) 實驗2-1與實驗2-2觀看影片專注度比較 31
伍、 結論與建議 33
參考文獻 35
附錄 研究倫理委員會審查核可證明 39

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