Exploiting Network Technologies to Support Blended Learning and Collaborative Problem Solving in E-learning System
Proceeding: The International Conference on Digital Information, Networking, and Wireless Communications (DINWC)Publication Date: 2014-06-24
Authors : Melvin A. Ballera; Omer Masoud Salih;
Page : 86-92
Keywords : Online collaborative learning; network blended learning; social media; network technology; collaborative assignments.;
Abstract
Educational benefits of online collaborative group work and blended learning have been confirmed in numerous studies for e-learning. Many of its advantages have been well cited including the development of skills of critical thinking, improved problem solving, knowledge discovery and construction of knowledge. However, a major challenge facing e-learning providers in the area of online collaboration and blended learning is the provisions of meaningful social experience and the emphasize of “live” mentor; need of virtual tutor that readily help learners in their difficulty; and sharing of learning materials that automatically accessed, modified and published among the groups. While this environment has been extensively studied and increasingly becoming an instructional approach, to the best of our knowledge, it has not yet been applied and exploited readily available network technologies to support online collaboration and blended learning. In this paper, we present an initial study of the use of social network media such as FB, YM, WLM, Skype to support social aspect of learning while Team-Viewer and NetMeeting act as “live tutor” and virtual support mechanism as well as the use of DropBox for sharing learning materials to support online collaboration and blended learning.
Other Latest Articles
- Reverse-Engineering of e-Learning Quality Management Themes for the Advancement of Face-to-Face Pedagogy
- MATLAB Simulation Comparison for Different Adaptive Noise Cancelation Algorithms
- Hardware Realization of Low Complexity Video Encoder within Distributed Video Coding Framework
- Approximation Algorithms for a Location-Based Group Gathering Service with Multiple Roles
- The Analysis of G-Sensor by Discrete Cosine Transform for Fall Event on Smart Phone
Last modified: 2014-07-04 00:04:24