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Architectural and functional design and evaluation of e-learning VUIS based on the proposed IEEE LTSA reference model

机译:基于建议的IEEE LTSA参考模型的电子学习VUI的架构和功能设计以及评估

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摘要

A comparative analysis is presented of the architectural and functional design of e-learning delivery platforms and applications, e-learning course authoring tools, and learning management systems (LMSs), with a view of assessing how their functionality meets the requirements of a comprehensive e-learning Virtual University Information System (VUIS). The reference model used as a basis for the comparative analysis is the Layer 3 (system components) of the Institute of Electrical and Electronics Engineers (IEEE) Learning Technology Standards Committee's (LTSC) P1484.1/D9, 2001-11-30 Draft Standard for Learning Technology? Learning Technology Systems Architecture (LTSA) (chap. 20), with some modified version thereof. The modification proposed is considered appropriate and necessary so as to more accurately reflect the architectural and functional attributes of existing products and also to better reflect, and contribute to, the authors' own vision for the architectural and functional design of an effective VUIS structure [Ganchev, I., O'Droma, M., & McDonnell, F. (2002). Component-based platform for a Virtual University Information System. In V. Mladenov (Ed.), Recent Advances in Computers, Computing and Communications (pp. 185-190). Electrical and Computer Engineering Series of Reference Books and Textbooks (ISBN 960-8052-62-9). WSEAS Press; O'Droma, M., Ganchev, I., Stojanov, St., & McDonnell, F. (2002, April 1-9). UML design approach to a Virtual University Information System. Proceedings of 13th Annual EAEEIE Conference, B-7, York, UK (ISBN 1-85911-008-8).]. A novel comparative performance evaluation methodology is proposed and used to reflect the capabilities of 10 commercially available e-learning systems back onto the modified IEEE LISA reference model and onto a proposed novel major functional classes (MFCs) model developed as an aid to a VUIS design. The results demonstrate the strengths and the inadequacies of existing products, as gauged from the products' "demo" models and from published literature (i.e., product reviews, others). The comparative evaluation exercise is useful also in that it implicitly draws out in a systematic and detailed way, a range of strengths and attributes one would like to see in the architectural and functional design of a minimal comprehensive VUIS.
机译:对电子学习交付平台和应用程序,电子学习课程编写工具和学习管理系统(LMS)的体系结构和功能设计进行了比较分析,以评估其功能如何满足综合性电子学习的要求。学习虚拟大学信息系统(VUIS)。用作比较分析基础的参考模型是电气和电子工程师协会(IEEE)学习技术标准委员会(LTSC)P1484.1 / D9的第3层(系统组件),2001-11-30学习技术?学习技术系统架构(LTSA)(第20章)及其某些修改版本。提出的修改被认为是适当且必要的,以便更准确地反映现有产品的架构和功能属性,并更好地反映作者对有效VUIS结构的架构和功能设计的愿景,并为之做出贡献[Ganchev ,I.,O'Droma,M.和McDonnell,F.(2002)。虚拟大学信息系统的基于组件的平台。在V. Mladenov(编辑)中,《计算机,计算和通信的最新进展》(第185-190页)。电气和计算机工程系列参考书和教科书(ISBN 960-8052-62-9)。 WSEAS出版社; O'Droma,M.,Ganchev,I.,Stojanov,St.,&McDonnell,F.(2002年4月1日至9日)。虚拟大学信息系统的UML设计方法。 [英国,约克,B-7,第13届EAEEIE年度会议论文集(ISBN 1-85911-008-8)。]。提出了一种新颖的比较性能评估方法,该方法用于将10种商用电子学习系统的功能反映到经过修改的IEEE LISA参考模型和为VUIS设计而开发的提议的新颖主要功能类(MFCs)模型上。结果证明了现有产品的优势和不足之处,从产品的“演示”模型和已发表的文献(即产品评论等)可以看出。比较评估练习也很有用,因为它以系统和详细的方式隐式地列出了人们希望在最小的综合VUIS的体系结构和功能设计中看到的一系列优势和属性。

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