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  • 學位論文

以MDG為基礎之多媒體教材檢測工具之設計與實作

The Design and Implementation of Multimedia Courseware Quality Testing Tool Based on MDG Graph

指導教授 : 陳登吉

摘要


數位學習日漸蓬勃發展,因此數位多媒體教材的品質也就日趨受到重視。目前有不少機構提出了多媒體教材的品質認證,如臺灣的數位學習品質服務中心。認證的方式主要是以教材成品使用檢核表 (Check lists) 對品質項目一一做確認。這種對「後期品質」認證方式最大的缺點就是當此時發現品質問題,要更正所花的成本會比在教材設計階段就發現問題而更正要來的高。除了用品質認證的方式之外,也有學者提出針對多媒體教材生命週期的品質確保模型。其中關於品質確保的方法為在教材製作的各個階段中,使用Perspective based Inspections、Testing、Prototyping、形成性評量以及總結性評量。這些方法大多數都是教材製作參與人員使用檢核表互相檢查,缺少可以自動化檢查教材的工具。 基於上述,本研究希望設計並實作一個多媒體教材品質檢測工具,方法是使用一多媒體品質管制模型─MDG (MLCs Directed Graph),搭配現有的品質檢測演算法,期望能在教材製作中,能自動化檢測出教材之中的一些可能的品質不良情形,使問題能夠在教材製作的早期階段就被排除,進而達到教材品質提升的目的。

並列摘要


E-learning is becoming a blossomed method for learning, teaching and training, and assuring e-learning quality is becoming an important issue worldwide. Some organizations have proposed e-learning courseware quality assurance so far, for example, the eLQSC (e-Learning Quality Service Center) in Taiwan. The major quality assurance method is using quality checklists to evaluate e-learning courseware. One of the drawbacks of the “late” quality assurance is that solving problems in courseware during the late phase of courseware development life-cycle is more costly than solving them during the early phase such as design phase. In addition, a number of multimedia courseware development model through life-cycle have been proposed. They use perspective based inspection, testing, prototyping, formative and summative evaluation to evaluate a courseware quality, and lacking an auto-testing tool to testing problem of a courseware automatically. According to the above reasons, this study wants to design and implement a multimedia courseware testing tool using the courseware quality control model MDG (MLCs Directed Graph) and existing quality testing algorithms, expecting the quality issues can be auto-tested during the early phase in the development life-cycle and improve the quality of a courseware.

參考文獻


[5] 宋曜廷, 張國恩, 林慧蘭, 李宜芬, 陳明溥, "數位學習教材之品質認證標準的建立及其信度分析," Journal of e-Business, vol. 11, no. 4, pp. 823-846, 2009.
[3] Y.-T. Sung, K.-E. Chang, and W.-C. Yu, "Evaluating the reliability and impact of a quality assurance system for E-learning courseware," Computers & Education, vol. 57, pp. 1615-1627, 2011.
[4] T. S. K. Homeed and A. Mahmood, "Systematic multimedia courseware development using a software engineering style process model," Information Technology Journal, vol. 5, 2006.
[9] epprobate [Online]. Available: http://www.epprobate.com/
[10] I. Grützner, S. Weibelzahl, and P. Waterson, "Improving Courseware Quality through Life-Cycle Encompassing Quality Assurance," ACM Symposium on Applied Computing, pp. 946-951, 2004.

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