第五章 結果討論與研究限制
第二節 研究限制
1. 硬體限制：
EEG是記錄大腦「頭皮上」的電流活動，在頭皮上放置電極，記錄或在特殊 情況皮質的神經生理測量。這樣的測量方法無法確定是否能準確地反映出人腦內 部的情況。
且「可攜式腦波儀」為求輕便、方便測量，因此在硬體設計上的接孔比較少，
表示我們只能選擇最可能量測到的點來觀察；另外，雖然過去的文獻也提出個體 執行工作記憶作業時，除了額葉區扮演著重要的角色外，顳葉、頂葉可能也有相 關，但受限於可攜式腦波儀的電極並不是像傳統腦波儀利用電極帽，而是使用鈕 釦式的電極貼片，這樣的測量方法會造成電極貼片無法附著在有毛髮的頭皮上，
為改善此限制，「可攜式腦波儀」的電極目前還在改良中。
2. 演算法限制：
由於 EEG 的訊號易受干擾，本研究發展之演算法僅消除環境雜訊，因此，所 測得之腦波可能受到眼動、肢體運動的干擾而失真，未來可考量將影響因子全面 排除，發展更為嚴謹的演算法。不過，若我們換個角度思考，教室中其實存在許 多因子可能干擾測量，而本研究的演算法僅消除環境雜訊就達到高預測力，表示 未來可將此研究結果應用於教室環境。
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