Title :
An Augmented Social Interactive Learning Approach through Web2.0
Author :
Jin, Li ; Wen, Zhigang
Author_Institution :
Sch. of Comput. Sci., Univ. of Westminster, London, UK
Abstract :
With the rapid development of the Internet, Web2.0 as the next generation of networking services emphasizes social interaction and share of user-generated content in a collaborative environment. It has evolved and transferred the Internet into a platform by supporting rich digital media technology for the development of innovative business and educational applications. In conjunction with Web 3D technology, social networking has already begun to foster an intuitive and immersive system that allows effective visual communication and delivers real time natural interactive experience for enhancing user motivation and engagement compared with the traditional static and text-oriented Web. This paper presents an augmented social interactive learning approach to incorporating social networking services on Web2.0 into traditional distance learning and on-site teaching for blended learning. This paper also discusses the key issues including user interaction and communication forms and examines different educational activities involving user content generation, e-tutoring, and role-playing.
Keywords :
augmented reality; computer aided instruction; distance learning; groupware; human computer interaction; human factors; social networking (online); teaching; 3D social virtual world; Internet platform; Web2.0; augmented social interactive learning approach; blended learning; collaborative environment; digital media technology; distance learning; e-learning; e-tutoring; immersive system; innovative business application development; innovative educational application development; on-site teaching; real-time natural interactive experience; social networking service; static text-oriented Web; user engagement; user interaction; user motivation; user role-playing; user-generated content sharing; visual communication; Collaboration; Computer aided instruction; Educational technology; IP networks; Next generation networking; Real time systems; Social network services; User-generated content; Visual communication; Web and internet services; Social networking; e-Learning;
Conference_Titel :
Computer Software and Applications Conference, 2009. COMPSAC '09. 33rd Annual IEEE International
Conference_Location :
Seattle, WA
Print_ISBN :
978-0-7695-3726-9
DOI :
10.1109/COMPSAC.2009.86