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Development of a Grid-Based Shareable E-Learning Platform Integrating SCORM Standards

This paper presents a Grid-based E-Learning Platform (GELP) designed to leverage Grid computing technology for enhanced learning experiences. By integrating the Shareable Course Object Reference Model (SCORM), the GELP allows for efficient course management and user accessibility. The platform's architecture consists of a Data Grid Infrastructure, a Run-Time Learning System, and a User System, enabling learners to access a diverse range of courses beyond specific Learning Management Systems (LMS). This approach promotes reusability, accessibility, and flexibility in e-learning environments.

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Development of a Grid-Based Shareable E-Learning Platform Integrating SCORM Standards

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  1. 2008 International Conference on Computer Science and Software Engineering Research and Design on grid-based Shareable E-Learning Platform Feng Kong ; Xudong Yang ; Jiangtao Yin ; Beijing Key Lab. of Intell. Telecommun. Software & Multimedia, Beijing Univ. of Posts & Telecommun., Beijing This paper appears in:Computer Science and Software Engineering, 2008 International Conference on報告者:碩資一甲 施惟詠 M9990108

  2. Abstract • E-Learninghas become a hot method for learning in recent years, Shareable Course Object Reference Model (SCORM ) • one kind of Grid computingtechnology called “Data Grid” is introduced and a shareableGELP is designed

  3. INTRODUCTION • E-Learning has increased lately as a result of the development of learning tools and techniques • an E-Learning Platform requires a Learning Management System (LMS), to store and manage the teaching content

  4. INTRODUCTION • All LMSs manage the log-in of registered users, manage course catalogs, record data from learners, and provide reports to management.

  5. BACKGROUND • SCORM is divided into three parts. • Content Aggregation Model (CAM) • Run-Time Environment (RTE) • Sequencing and Navigation(SN)

  6. BACKGROUND

  7. SCORM functions : • Reusability • Accessibility • Interoperability • Durability • Adaptability • Affordability

  8. Data Grid Architecture

  9. SYSTEM ARCHITECTURE • the Grid-based E-Learning platform (GELP), is structured into three parts: • Data Grid Infrastructure • Run-Time Learning System • User System

  10. SYSTEM ARCHITECTURE

  11. CONCLUSION • we aim to merge the technology of Data Grid with the E-Learning standard-SCORM, which would allow theindependent LMS to share the SCO on the Grid environment. • learners have opportunities to learn morecourses without having to be affiliated with the specific LMS

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