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  • 學位論文

建立聽障生紙本數學 學習歷程與輔助系統

Building a paper-based mathematics learning portfolio and supporting system for hearing impaired students

指導教授 : 劉寶鈞
共同指導教授 : 劉晨鐘

摘要


由於使用筆於紙本上書寫順暢,本研究嘗試針對現有聽障教學的問題,發展以紙本為基礎的數位教室環境,同時兼顧電腦與紙筆的好處,並且提供四個模組:電子紙筆模組、學生狀態監控模組、形成性評量模組以及動畫解題模組,希望能減輕聽障生的學習負擔,進而提昇學習成效。本研究以國中三年級七名聽覺障礙學生為對象,在數學課的研究結果顯示有助於聽障生的課堂學習與課後複習,透過電子紙筆模組可以將學生書寫的軌跡紀錄下來並且傳至教師端電腦;經由學生狀態監控模組配合教室環境以及教師的教學方式可以改善聽障聽注意力不足的情形;形成性評量模組有助於教師與學生課堂的互動,教師對每位聽障生進行形成性評量時,若發現某些部分聽障生的觀念不是很清楚,即可針對不清楚的部份做進一步解釋;當聽障生對於題意不了解的時候,可以利用動畫解題模組增進對題意的理解程度。除此之外,本研究結合學生於課堂上書寫的筆跡以及教師針對每位聽障生進行評量的結果,將這些學習歷程列印成冊讓聽障生帶回家以便複習。而在接受度方面,聽障生皆對以紙本為基礎的數位教室環境表示肯定。

並列摘要


The main objective of this research is to overcome learning problems of hearing impaired students through paper-based digital classroom environment software. Paper-based digital classroom environment software not only provides advantages of the computer, it also keeps handwriting distinctiveness. It facilitates hearing impaired students with four main modules including electronic paper and pen module, student status control module, formative assessment module, and animation problem solving module to reduce learning obstacle and improve learning effect. Seven junior high school hearing impaired students were chosen as research subjects and assessed in mathematic course; the research outcome indicates paper-based digital classroom environment improves attention of hearing impaired students, enhance teacher and student interaction, and enrich student comprehension. Through digital paper and pen module, students may submit their handwriting track to teacher in real time. Student status control module combines with classroom environment and teaching method may improve attention of hearing impaired student. Formative assessment module enhance teacher and student interaction, once teacher noticing unclear concept from a student in formative assessment, teacher may further explain the topic to student in accordance. When hearing impaired students do not understand the problem, students may use animation problem solving module to increase their comprehension level. Besides these functions, this software combines with handwriting ability and assessment ability, we print both to hearing student. Teacher and subjects both confirmed the worth of digital classroom environment in deaf education.

參考文獻


王雅蘭、張蓓莉(民93):國小聽覺障礙學生加、減法文字題閱讀理解能力之研究。國立台灣師範大學特殊教育學系特殊教育研究學刊,26期,201-219頁。
Agboola Isaac O. & Lee Arthur C. (2000). Computer and information technology access for deaf individuals in developed and developing countries. Journal of Deaf Studies and Deaf Education, 5(3), 286-289.
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Andrews, J. F., & Jordan, D. L. (1998). Multimedia Stories for Deaf Children. Teaching Exceptional Children, 30 (5), 28-33.
Ansell, E. & Pagliaro C. M. (2006). The Relative Difficulty of Signed Arithmetic Story Problems for Primary Level Deaf and Hard-of-Hearing Students. Journal of Deaf Studies and Deaf Education., 11(2), 153-170.

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